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        <title>Industrial Robots</title>
        <description>RobotWorx is an industrial robot integrator that sells new and used robots and robotic systems. Read our blog for news about our company and robots.</description>
        <link>http://www.robots.com</link>
        <lastBuildDate>Mon, 23 Jan 2012 09:48:15 -0500</lastBuildDate>
        <generator>FeedCreator 1.7.2</generator>
        <image>
            <url>http://www.robots.com/images/logo_1.jpg</url>
            <title>Industrial Robots</title>
            <link>http://www.robots.com</link>
            <description><![CDATA[Feed provided by RobotWorx. Click to visit.]]></description>
        </image>
        <item>
            <title>RobotWorx Participates in COSI's Robot Science Day</title>
            <link>http://www.robots.com/blog.php?tag=550</link>
            <description><![CDATA[
	We&rsquo;ve done it so much, it&#39;s almost a tradition! After donating a few robot arms to COSI (Center of Science and Industry) in Columbus, Ohio, RobotWorx has given a presentation/demonstration at the central Ohio science museum&rsquo;s Robot Science Day for the last three years.

	Our general manager John Messaros presented a slide show for visitors to the exhibit. He discussed how industrial robot arms work, what they do, and the kinds of careers and jobs people hold in the robotics industry.

	Several industrial robot arms ran through their disco-dancing and material handling programs while visitors looked on.

	COSI&rsquo;s Steve Whitt organized the Robot Science Day and said that COSI was &ldquo;thrilled to have RobotWorx as part of Robot Science Day at COSI.&rdquo; He added that &ldquo;partnerships like this one will help COSI inspire the next generation of engineers and scientists.&rdquo;

	For more information on upcoming events on robotics and many other topics, check out COSI&rsquo;s website at www.cosi.org.

	

	*Photo and video courtesy of COSI
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 23 Jan 2012 05:00:00 -0500</pubDate>
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        <item>
            <title>Happy Holidays from RobotWorx!</title>
            <link>http://www.robots.com/blog.php?tag=549</link>
            <description><![CDATA[
	From the entire staff of RobotWorx, we would like to wish everyone a very happy holiday season and a prosperous new year!

	Check out our holiday videos to bring you a little holiday cheer!

	

	

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Dec 2011 05:00:00 -0500</pubDate>
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            <title>RobotWorx Visits FABTECH 2011</title>
            <link>http://www.robots.com/blog.php?tag=548</link>
            <description><![CDATA[
	Did you miss the FABTECH 2011 trade show in Chicago this year? Don&rsquo;t worry! Several RobotWorx employees visited the show and saw some new, innovative technologies. We even have the pictures and video to prove it!

	FANUC, Motoman, and KUKA were among the exhibitors who automated arc welding, spot welding, machine tending, pick and place, and material handling applications with their industrial robots and robotic systems. Genesis Systems also featured one of their workcells complete with two FANUC Arc Mate 100iC industrial welding robots.

	FANUC Robotics, Yaskawa Motoman, and KUKA Robotics (among others) were generous enough to allow us to capture their exhibits at FABTECH. Check out the video of our time at the show below!

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 22 Nov 2011 05:00:00 -0500</pubDate>
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        <item>
            <title>Three Automation Advantages That Can Save Your Company</title>
            <link>http://www.robots.com/blog.php?tag=547</link>
            <description><![CDATA[
	In an economy where factories are closing, jobs are being outsourced, and companies are struggling to stay afloat, any advantage that can be gained from a new process needs to be considered. Industrial automation and the use of industrial robots provide three key advantages that help industrial companies stay in business and be competitive.

	Increased Productivity and Lean Manufacturing &ndash; Industrial robots and robotic systems work at a pace set by the user. If production needs sped up, the user simply programs the robots to work faster. Similarly, if production needs to be slowed down, the robot can accommodate. This variability in production speeds leads to a leaner manufacturing environment. If the market calls for it, industrial robots can work for 24 hours a day and 7 days a week. They do not get tired, do not need breaks, and do not require sick or vacation leave.

	Skilled Workforce &ndash; You might be thinking that the integration of industrial robots and robotic systems leads to a reduction in a company&rsquo;s workforce. This is not necessarily true. For example, if a company integrated a robotic welding workcell, parts will still need to be loaded and unloaded. Human workers still need to work with the robots to achieve production goals. Also, the robot will not program itself. Workers who previously performed the repetitive task can now be trained to be robot operators and programmers.

	Quick ROI &ndash; There is no getting around it&hellip; Industrial robots typically require a high initial cost. But don&rsquo;t worry&hellip; That initial investment will be made back quickly. A typical return on investment (ROI) for an industrial robot or robotic system is six months. In other words, about six months after purchasing an industrial robot, a company should have made its money back through increased production and decreased overhead costs.

	These key advantages not only help companies meet their bottom line, but they help keep companies and jobs in America. Instead of outsourcing jobs to other countries, industrial robots provide the savings and productivity required to keep jobs in America and help stimulate the economy.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 03 Nov 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>NEW Motoman MH80 Material Handling Robot</title>
            <link>http://www.robots.com/blog.php?tag=546</link>
            <description><![CDATA[
	&nbsp;

	Looking for the newest, most versatile solution to packaging and material handling applications? Look no further than the newest edition to Motoman&rsquo;s material handling line. The six-axis Motoman MH80 offers users a generous 80 kilogram payload capacity, a long 2,061 millimeter horizontal reach, and a precise 0.07 millimeter repeatability.

	So what&rsquo;s so special about the MH80? Aren&rsquo;t there other robots with similar specifications? Yes, there are. However, one of the key advantages of Motoman&rsquo;s MH80 is apparent when it is controlled by the latest in Motoman controllers. The DX100 controller allows the MH80 to perform palletizing and depalletizing of boxes and cases of different sizes. Check out the PACK EXPO 2011 video in this article to see an example of the MH80. The robot can be seen depalletizing boxes 40 seconds into the video.

	If you&rsquo;re ready to integrate a Motoman MH80 material handling robot into your operation, then a RobotWorx staff member is ready to help you. Call 740-383-8383 to speak with an expert in our sales department. They will help you develop a robotic system that fits seamlessly into your existing operation.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 04 Oct 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>2011 Robot Sales at Record Highs Despite Slow Economy</title>
            <link>http://www.robots.com/blog.php?tag=544</link>
            <description><![CDATA[
	The International Federation of Robotics (IFR) reports that 2011 will be a record-breaking year for industrial robotic installations.&nbsp; Robot sales have risen 18% this year and are expected to keep climbing in the next few years. A 6% rise per year between 2012 and 2014 are forecasted.

	The IFR cites that that the automotive and electronics industries still lead manufacturing industries in robot orders. Also, China is expected to surge ahead of other regions in 2014. Other Asian countries will see modest gains and momentum in the coming years, while North America and other emerging markets will continue to see consistent gains in robot installations.

	Industrial robots provide numerous benefits to companies that integrate them including reduced downtime, increased productivity, increased savings, and reduced outsourcing. Decision-makers in many industries are starting to recognize that, despite a weakened global economy, industrial robots maintain their benefits and can keep companies and jobs in their home country. Industry leaders also realize that industrial robots provide the ability to quickly and efficiently work on a variety of parts and goods. Manufacturers are simply not producing one type of product anymore. Consumers demand variety, and industrial robots have been developed to be able to handle various parts while maintaining their industrial advantages.

	RobotWorx continues to be at the forefront of the industrial automation initiative in North America. The first quarter of 2011 saw the highest sales ever for RobotWorx! Contact us today to be a part of automation innovation by calling 740-383-8383 and talking to a knowledgeable sales representative about how an industrial robot can benefit your industrial process.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 13 Sep 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Technology at Your Fingertips... Literally!</title>
            <link>http://www.robots.com/blog.php?tag=543</link>
            <description><![CDATA[
	Members of the industrial robotics community can now keep current with RobotWorx deals, discounts, and prizes in a new way. We wan to make sure that our customers and friends can keep up to date as simply as possible, and that is why we are announcing the new RobotWorx Text Message Club. Our text members receive exclusive promotions for industrial robots, workcells, and robot parts every month in their cell phone&#39;s text message inbox. In addition to special prices and deals, members can be entered to win various prizes, such as gift cards.

	Joining the RobotWorx Text Message Club is easy, too. Simply text the word &ldquo;Robot&rdquo; to 313131 to enroll. Join today to receive promotions and exclusive discounts only our Text Message Club members can enjoy and your shot at some of our prizes and giveaways!
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 30 Aug 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Motoman UP130 XRC Industrial Robot Sale!</title>
            <link>http://www.robots.com/blog.php?tag=542</link>
            <description><![CDATA[
	Looking for automated solutions&nbsp;for your spot welding or material handling applications? Your search is over. RobotWorx has reduced prices on all reconditioned Motoman UP130 industrial robots in stock!

	The Motoman UP130 offers a wide working envelope at 2,650 millimeters and the ability to maneuver 130 kilograms. That&rsquo;s over 285 pounds! Combine these with fast axis speeds, and part cycle times are sure to reduced while increasing production.

	But how can a reconditioned UP130 robot perform as well as a new robot? RobotWorx&rsquo; 168-point inspection ensures that these reconditioned robots look and perform to the same strict standards as their new counterparts. Parts are checked, grease is replaced, motors and encoders are inspected, and dozens of other inspections are performed before our Motoman UP130 robots are put up for sale.

	Ready to Automate?

	If your company is ready to increase production and quality, order a Motoman UP130 while they&rsquo;re on sale! The RobotWorx sales and engineering teams are ready to develop an automated solution to fit into your production line. Request a quote today by calling the RobotWorx sales hotline at 740-383-8383!

	&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
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            <author>RobotWorx</author>
            <pubDate>Mon, 15 Aug 2011 04:00:00 -0500</pubDate>
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        <item>
            <title>Motoman Robotics Releases MyMotoman Monitoring</title>
            <link>http://www.robots.com/blog.php?tag=540</link>
            <description><![CDATA[
	With Motoman Robotics&#39; new MyMotoman Remote Monitoring Service, companies can choose when, where, and what to use to check in on their robotic equipment. MyMotoman utilizes cloud computing technology which allows users to access the service using only an Internet connection and their unique login information.
	
	This remote support service makes it possible for owners of Motoman robots to be aware of any alerts and production issues right when they are happening. It helps companies avoid costly downtime because they can more easily predict and resolve production problems and attend to maintenance issues when they arise. MyMotoman makes lights-out production a viable option.
	
	MyMotoman Remote Monitoring Service is accessible 24/7 from any location and with any device (iPhone, laptop, home computer, etc.). There is no need for fancy new equipment, software, or personnel. Extremely versatile, MyMotoman can be used by companies in any industry and for Motoman robots performing any application. The MyMotoman service is customizable, so users can set up specific alerts and configure different views. Upgrades are automatic and all appropriate security measures are followed (encryption, user authentication, etc.).
	
	Find out more about Motoman Robotics&rsquo; new product here. RobotWorx is a Motoman Solution Provider. For more information about Motoman robots and software, contact the sales department at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 11 Aug 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How Robots are Meeting Machining Challenges</title>
            <link>http://www.robots.com/blog.php?tag=538</link>
            <description><![CDATA[
	Machining encompasses a number of different material removal applications, such as milling, drilling, chamfering, and deburring, performed by power-driven machine tools. Most typically metal but also plastic and wooden objects require machining to achieve the right shape.

	Machining applications pose a number of tough challenges. However, industrial robot technology has been able to effectively meet each one. Machining robots must be extremely rigid and strong to be able to machine harder materials such as metal. In addition, machining applications require high-speed performance and precision. Finally, machining products with complex geometries requires sophisticated software (such as Robotmaster) and effective EOAT solutions (spindles, etc.).
	
	Benefits of Robotic Machining:
	Industrial robot companies have realized the need for sturdy, reliable machining robots. The robotic solutions they continue to create have expanded the market horizons for robots.
	
	In addition, machining companies are reaping in the benefits. Machining robots provide time savings by working efficiently with consistent cycle times. They also improve quality through precise, reliable work. Finally, industrial machining robots provide application versatility and articulated flexibility &ndash; allowing companies to save money by using the same robots for multiple products and applications.
	
	Modern Machining Robots:
	Find out about a few key players in the machining robot arena&hellip;

	
		Squatty, 6-axis robots such as the Motoman DX1350D provide answers to tough machining jobs. This robot is featured in Motoman&rsquo;s Perfect Edge workcell, designed specifically for trimming, deburring, etc. The robust DX1350D has a high torque wrist and 0.06mm repeatability.
		&nbsp;
	
		The KUKA HA (high accuracy) robot series also provides machining solutions. Ideally suited for trimming, milling, and other jobs, the KUKA KR 30 HA, KR 60 HA , KR 100 HA robots constructed for speed, rigidity, and accuracy.


	Software for Machining:
	Products with complicated geometries are the norm for machining applications. In order to achieve the same (or better) results as CNC machines, industrial robots require advanced software technology. Robotmaster is one of these products. This particular software package is compatible with Motoman, KUKA, and FANUC 6-axis robots.
	
	For information about RobotWorx machining robots and custom machining workcell solutions, call 740-383-8383.
	
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 05 Aug 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RIA Mid-Year Stats: 41% Increase in Robot Orders</title>
            <link>http://www.robots.com/blog.php?tag=539</link>
            <description><![CDATA[
	The Robotics Industries Association just released its mid-year report on North American robot orders and it is safe to say the robot industry is thriving. In fact, the past quarter was the strongest the industry has seen in six years!
	
	The mid-year statistics showed a 41% increase in robot orders when compared to 2010. North American businesses alone placed orders for 8879 robots. Orders from companies outside of North America raised the total to 10,476 robots (representing $667.9 million dollars). These positive numbers were largely impacted by a stellar second quarter.
	
	The RIA robot order statistics provided some information about what type of companies are placing robot orders this year too. Automotive manufacturing continues to invest in robotics and demonstrate its increased financial stability. Robot orders from this sector increased 60% during the first half of 2011.
	
	After a rather timid first quarter, non-automotive companies began investing with more vigor in the second quarter. The RIA reported an increase of 23%. Metalworking companies led the pack with a 70% jump in robot orders. Food and consumer product companies, another non-automotive sector that demonstrated more interest in robotics during the second quarter of 2011, increased robot orders by 60%.
	
	For more information, visit www.robotics.org.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 02 Aug 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Establishes Partnership with Robotmaster Distributor</title>
            <link>http://www.robots.com/blog.php?tag=537</link>
            <description><![CDATA[
	RobotWorx is working with Robotmaster software supplier, In-House Solutions Inc., to provide customers with exceptional workcells for tough applications, machining in particular.
	
	The newly established business partnership takes full advantage of each company&rsquo;s strengths. RobotWorx builds and supports the robotic systems and In-House Solutions Inc. handles the Robotmaster programming and support. This collaborative approach, with each company providing their expertise, truly benefits the customer.
	
	RobotWorx sought out the partnership in answer to increasing demands for milling and other machining robot cells. Robotmaster is an off-line programming software package that is compatible with a variety of 6-axis industrial robots. This versatility made Robotmaster an attractive option for RobotWorx, an official integrator for FANUC, Motoman, and KUKA.
	
	The Robotmaster software package effectively translates CNC data. Robotmaster is one of the only CAD/CAM programming options designed for industrial robots. It effectively allows companies to experience the best of both the CNC and robotic worlds. Robotmaster not only uses familiar language, but it capitalizes on the flexibility of industrial robot design. Ideal for trimming, welding, milling, painting, and many other application needs, the Robotmaster off-line software package offers customers control, time-savings, and precision performance.
	
	Off-line programming options such as Robotmaster minimize downtime and prevent costly accidents. Programs, configurations, cycle times, call be simulated and tested off-line, without having to interfere with existing systems. Plus, robots are fully programmed remotely without any need for teach pendant-based programming.
	
	RobotWorx and the Robotmaster team at In-House Solutions have already worked on a number of projects together. RobotWorx has established a dedicated demonstration cell at its Marion, Ohio facility. The workcell is equipped with a KUKA KR60 HA (high accuracy) robot. KUKA&rsquo;s HA series robots provide both the speed and rigidity necessary for machining applications in particular. The Robotmaster demo cell offers potential buyers an opportunity to see what Robotmaster software is capable of producing.
	
	For more information about Robotmaster off-line software and RobotWorx&rsquo; custom workcell solutions, call 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 29 Jul 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Accomplish More with a Robotic Plasma Cutting System</title>
            <link>http://www.robots.com/blog.php?tag=536</link>
            <description><![CDATA[
	Want a plasma cutting answer that will be able to easily adapt to changing products, production goals, and new technologies? Then it is time to consider a robotic plasma cutting system. Only robotic plasma cutting systems provide customers with the versatility they need to compete.

	Flexibility: Robotic plasma cutting systems are much more versatile than fixed automation such as CNC machines. Instead of being designed for a single product or set of products, robots can be programmed to accommodate many different products varying in shape, size, and material.
	
	Accessibility: RobotWorx carries a variety of new and reconditioned plasma cutting robots. Customers are encouraged to begin their search by determining robot reach requirements. Track-mounted robots can access larger products.
	
	Quality: Robotic plasma cutting systems are ideal for meeting high tolerances. They offer excellent repeatability, throughput, and reduced waste.
	
	Safety: Robotic plasma cutting systems are designed to improve safety in your facility. Each workcell is built with partitions and shields that not only clearly define the space, but also protect workers from arc glare, fumes, and other safety hazards. At the same time, the configuration of each workcell and its safety features can be altered easily to fit new safety regulations or footprint needs.
	
	Affordability: Robotic plasma cutting systems provide excellent ROI. Fixed automation, because it is less flexible, is often much more expensive. Such machines are designed to accommodate specific parts. This customization can be costly. Robots, on the other hand, offer plasma cutting solutions that are versatile and reprogrammable. With robots, customization comes from tooling and other peripherals, not the robot itself. &nbsp;
	
	RobotWorx specializes in providing customers with customized robotic plasma cutting systems. Offering both new and reconditioned robot and cell component options, RobotWorx integrates workcells to fit the product, application, and work environment. Call today: 740-383-8383.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 20 Jul 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Reconditioning Robots in Advance Cuts Lead Time</title>
            <link>http://www.robots.com/blog.php?tag=535</link>
            <description><![CDATA[
	Ever hear the expression, &ldquo;time is money&rdquo;? It definitely rings true for industrial robots. The sooner a company can install and begin using a robotic system, the sooner it will begin to see a clear return on investment.
	
	At RobotWorx, we are dedicated to serving our customers through speedy order fulfillment. Our goal is to streamline the path from robot order placement to robot system installation as much as possible. One of the things our reconditioning team has been focusing on recently is maintaining a large inventory of integration-ready robots. By reconditioning robots before they are sold, RobotWorx is able to fill robot orders in a timely manner.
	
	Equipped with a full stock of reconditioned robots, RobotWorx&rsquo; integration and engineering teams can start on the work of designing and building a robotic system. Each of RobotWorx&rsquo; used robots are completely reworked, cleaned, tested, and repainted as part of the 168-point reconditioning inspection. They provide significant cost advantages, priced at 40-50% less than new models.
	
	To find out more about RobotWorx&rsquo; selection of reconditioned robots, contact the sales department at 740-383-8383.

	&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 06 Jul 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>National Robotics Initiative A Positive Step</title>
            <link>http://www.robots.com/blog.php?tag=534</link>
            <description><![CDATA[
	
	
	Advanced Manufacturing Partnership:
	On Friday, June 24th, at Carnegie Mellon University, President Obama launched the Advanced Manufacturing Partnership (AMP). The collaborative research effort brings together leading academic institutions, businesses, and government agencies to promote innovation and invention.
	
	A total of $500 million has been allotted for AMP. Six universities are involved at this stage including CMU, Georgia Tech, Stanford and Michigan. Nearly a dozen businesses, including Ford Motor Co., Northrop Grumman Corp., and Caterpillar Inc., are also participating in the plan. The president of MIT, Susan Hockfield, and the CEO of Dow Chemical, Andrew Liveris will head up AMP. As it turns out, Robots are a major focus of the plan as well.
	
	The National Robotics Initiative and the Future of Robots:
	Seventy million dollars in AMP funding is earmarked for robotic research and innovation, termed The National Robotics Initiative. The National Robotics Initiative is supported by a number of government agencies including NASA, the United States Department of Agriculture, National Science Foundation, and The National Institutes of Health.
	
	Robots have an important role to play in reenergizing American manufacturing and ultimately creating new jobs. At CMU, Obama pointed out that the initiative&#39;s purpose is &quot;to accelerate the development and use of robots in the United States that work beside, or cooperatively with, people.&quot;
	
	The chief focus of The National Robotics Initiative is making collaborative human and robot work possible. Such technological advancements would truly change the way work is accomplished, the way robots are viewed, and manufacturing in general. There are many robotic transformations that will have to take place before this cooperation can occur - changes to robot software, hardware, etc. But federal backing and funding may be the best way to accelerate innovation.
	
	Read more about the benefits of collaborative industrial robots.
	Find information on the National Robotics Initiative.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 28 Jun 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Packing Robots Offer Flexibility, Precision</title>
            <link>http://www.robots.com/blog.php?tag=533</link>
            <description><![CDATA[
	Necessity is the mother of invention and in response to packing automation challenges, robot manufacturers have created a wide variety of packing robot solutions.
	
	Packing applications require smart, flexible, and precise robots. Packaging materials and product shapes are always changing. Packing jobs range from inspecting, case coding, and reading barcodes, to sorting, labeling, and pick and placing items. Find out about the diversity of packing robots available.
	
	Delta-Style Packing Robots: 
	FANUC delta-style robots lend themselves to packing applications in part because they are so precise and quick, but also because they are extremely flexible. Designed with multiple flexible legs connected to a central tooling plate, delta-style robots provide a unique automation solution.&nbsp;

	The FANUC M-1iA and M-3iA delta robots are used in a number of different industries (pharmaceutical, food, electronics, etc.). They offer reliable, speedy solutions for sorting items (especially small items) and placing items in packaging.&nbsp; Vision software and hardware allow for product identification, orientation, and inspection features.
	
	Dual-Arm Packing Robots:
	In addition to delta-style packing robot solutions, there are also dual-arm packing robots. Motoman&#39;s dual arm robot series is extremely well-suited for packing applications. Dual-arm robots are extremely precise and dexterous, offering human-like assembly capabilities. The arms can be programmed to work collaboratively or separately. The Motoman SDA5D, SDA10D and SDA20D can be outfitted with a variety of different tooling options, making them even more packing-friendly.
	
	Other Packing Robots:
	In addition to these unusual packing robots, there are more traditional robot styles specifically engineered to satisfy packing application needs. Motoman&#39;s MPK2 and MPK50 provide robust, sturdy solutions with five and four axes respectively. From FANUC, smaller articulated arms such as the LRMate 200iC as well as the M-10iA and M-20iA models provide excellent packing answers.

	Manufacturers looking to automate packing applications have a lot of robot styles and models to chose from. Call RobotWorx for more information and pricing on packing robots: 740-383-8383.

	

	
	


	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 17 Jun 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Creating a Better (Safer) Robot and Human Partnership </title>
            <link>http://www.robots.com/blog.php?tag=532</link>
            <description><![CDATA[
	Robot technology is on the brink of yet another major advancement. The goal is increased cooperation between robotic and human workers. Find out what this will mean for robot technology and robot users.
	
	Reasons for Heading in the Direction of Collaboration:
	Robots and humans bring different strengths to the table. Industrial robots are capable of performing with precision and repeatability. They are also extremely strong. Humans, on the other hand, offer the ability to reason and to adapt to ever changing scenarios and challenges.
	
	If robots and humans can work together safely, their respective strengths will definitely compliment one another. Such collaboration will open up new horizons for manufacturing. Thanks to advancements in technology, it won&#39;t be long before this dream of robot and human cooperation becomes a reality.
	
	Previously, the technology has not been sufficiently advanced to accommodate safe robot and human collaboration. Robots have been restricted to heavily safeguarded cell enclosures (workcells).
	
	A safer, adaptive industrial robot will be able to work alongside a human -- feeding parts back and forth, holding something steady while it is worked on, etc. Plus, programming could become more adaptive and quick if humans could interact directly by physically guiding the robotic arm to teach it.
	
	How the Robot Will Evolve:
	Changes to the robot manipulator, tooling, sensors, programming, software, and vision hardware, will be necessary before robots can work alongside humans. Some of these developments have already taken place.
	
	Already, several robot manufacturers have developed safer robots capable of working in closer proximity with humans. KUKA Robotics created the LWR (lightweight robot) and ABB Robotics built FRIDA, a dual-arm robot. It&#39;s just a matter of time before other robot manufacturers create additional manipulators. Researchers at the Technical University at Munich have made significant headway with a project called JAHIR: Joint-Action for Humans and Industrial Robots.

	In addition, advancements in EOAT, such as the Robotiq Adaptive Gripper, are leading the way to more versatile robotic abilities and human-robot collaboration. A number of different vision hardware and software options have appeared on the market recently (for example: Motoman&#39;s MotoSight 3D).

	&nbsp;

	&nbsp;

	

	&nbsp;

	&nbsp;

	&nbsp;


	&nbsp;

	&nbsp;

	
	

]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 16 Jun 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Friend RobotWorx for a Chance to Win $50 GC!</title>
            <link>http://www.robots.com/blog.php?tag=531</link>
            <description><![CDATA[
	RobotWorx wants to be your friend. In fact, we are so excited about the prospect of being your friend we are offering extra incentives.



	This month (June 2011) new RobotWorx Facebook friends will be entered in a drawing for a $50 American Express gift card.
	
	Facebook provides an ideal way to keep up with recent articles, blogs, videos, as well as specials and sales. When you become a RobotWorx FB friend, you&#39;re free to enter into discussions and pop quizzes about all sorts of robot related topics, from jobs in America to the history of the first industrial robot. At the same time, we&#39;re serious about not clogging your newsfeed.
	
	Interested in joining our FB community and possibly winning $50? The winner of our giveaway will be chosen at random at the end of June. Go to www.facebook.com/IndustrialRobots&nbsp;to participate!
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 14 Jun 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotics Industry Fueling Job Growth</title>
            <link>http://www.robots.com/blog.php?tag=530</link>
            <description><![CDATA[
	Technological advancements tend to be accompanied by doomsday cries and skepticism. This is definitely true for robotics. Many see the use of robotics as a threat to every job imaginable, especially those in the manufacturing sector.&#8232;&#8232;
	
	The reality is more complicated and thankfully, much more positive in nature. Contrary to popular belief, robots are actually responsible for creating jobs and improving job quality. It&#39;s time we started seeing the robotics industry for what it is -- an opportunity, not a threat. &#8232;&#8232;
	
	Robot Industry Adding New Jobs:&#8232;
	The robotics industry itself is often overlooked as a job provider. Robot manufacturing companies, robotic system integrators, as well as businesses that use robots, are creating new job opportunities. &#8232;&#8232;Many of these new jobs are technical in nature. These include mechanical and electrical engineers, computer software developers, technicians and electricians, tech support, training personnel, and maintenance staff members.
	
	But not every robotics job requires an engineering degree. Other, less technical jobs created by the robot industry include management, administrative, sales, marketing, and many other positions.
	
	&#8232;Increased Productivity Leads to Job Creation:
	&#8232;The robotics industry, just like every technology that has preceded it, is changing the way work is accomplished and the types of jobs that are available. Robots provide a way for companies to increase productivity, safety, and quality while remaining competitive. This productivity leads to job creation, be it customer service (sales, administrative support) or technology-related (programmers, operators). &#8232;&#8232;

	The job loss that can occur after robots are first introduced is frequently a temporary situation. According to a February 2011 USA Today article, &quot;Higher productivity cuts jobs now, pays off in long term,&quot; the leaner, more effective manufacturing that robots usher in ultimately adds jobs.
	
	&#8232;New Industries and Flexibility:&#8232;
	Adjusting and finding a place to work alongside robots is dependent in part on the ingenuity and adaptability of workers. The Robotics Industries Association (RIA) recently highlighted a CBS story about a solar panel shingle company in Michigan that is creating jobs and relying heavily on automation. A number of the employees at Dow Chemical used to work in the automotive industry but lost their jobs. Now they are starting again with new technology and an entirely new solar power industry. The flexibility of these workers has opened doors to new employment horizons.
	
	In a parallel story, a Wired blog post argued that the true victors are those who know how to work with these new technologies -- creatives and innovators who are taking advantage of the emerging age of robotics.
	
	Contact RobotWorx at 740-383-8383 for more information.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 06 Jun 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Preventive Maintenance Video All About Robot Cables</title>
            <link>http://www.robots.com/blog.php?tag=528</link>
            <description><![CDATA[
	
	
	A key component of robotic preventive maintenance involves keeping cables in tip-top shape. Cables ferry information and power to and from the teach pendant, controller, and manipulator. They are vital to the functionality of any industrial robot.
	
	Robotic cables are also expensive and time-consuming to replace. Avoid unnecessary downtime and cost by following a few simple preventive measures. RobotWorx&#39; new Preventive Maintenance 101: Robot Cables video spells out all the important things to do and remember. Here&#39;s an overview of some of the topics covered:
	
	Why To Check Robot Cables Daily:
	It&#39;s important to inspect robot cables every day for excessive wear and cracking. Even slightly damaged cables can lead to robot malfunctions. They can also create an unsafe work environment.
	
	Where to Look and What to Look for:
	Check robot cables at each manipulator joint and at any place where they bend. It is best for robotic cabling to follow a natural pathway, be routed away from traffic and away from tooling and other peripherals.
	&nbsp;
	A Few More Things to Remember:
	Robot cables should fit closely to the robotic arm. Any excess cabling should be coiled neatly and stored out of the way and near the robot controller. Cables that are connected to the base of the robot should be supported with brackets to avoid wear.
	
	For more information about robotic cable care, contact RobotWorx at 740-383-8383.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 19 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Take a Visual Tour of RobotWorx' 168-Point Inspection</title>
            <link>http://www.robots.com/blog.php?tag=529</link>
            <description><![CDATA[
	
	After purchasing a used robot, RobotWorx follows a systematic reconditioning process. Every part of the robot is inspected, reworked, and cleaned. Faulty parts are replaced and the entire system is receives a fresh coat of paint. Reconditioned robots offer customers affordable automation options. They are typically sold for 40-50% less than brand new models.

	Get a quick overview of the entire process with RobotWorx&#39; new video:
	***168-Point Inspection Process***

	&nbsp;

	&nbsp;

	&nbsp;

	

	Here&#39;s a list of some of robot parts that are checked, cleaned, etc. during the reconditioning inspection:

	&nbsp;

	&nbsp;

	&nbsp;

	
		
			Robot Wrist
		
			Pullies, Belts, Harmonic Drives
		
			A/C Motors and Encoders
		
			Servo Motors
		
			Cables
		
			Counter Balance (on larger robots)
		
			Manipulator Axes
		
			Batteries
		
			Teach Pendants
		
			Cool Fans
		
			Servo amps
		
			Connections/Integration
		
			Boards and Cards
	


	For more information about RobotWorx dedication to top-quality robot reconditioning call 740-383-8383.

	
	

]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 19 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Turning Used Robots into Worktable Positioners </title>
            <link>http://www.robots.com/blog.php?tag=519</link>
            <description><![CDATA[
	
	
	
	RobotWorx is using parts from older robotic arms to build workcell positioners. The lower section of the robot (typically axes one and tow) is flipped and integrated to have a second life as the base of a worktable. The resulting positioner is green, affordable, and most importantly, reliable.

	***VIDEO: RobotWorx Reconditioned Positioners***

	
	
		Eco-Friendly: This is a great way to maximize the use of very part of older industrial robots and limit waste. The older robot models RobotWorx chooses to recycle in this manner require parting out for different reasons. Sometimes they have worked in rough conditions or been overloaded. The bottom section is then reworked and retrofitted as a positioner. The upper arm and all other components that can be salvaged from the original robots are then added to RobotWorx&#39; inventory.


	Affordable: Retrofitted worktable positioners are sold for half the cost of brand new models. This fits with RobotWorx preexisting approach, which is to lower overall workcell costs by decreasing the cost of various components. The retrofitted positioners help to dramatically reduce the cost of robotic systems for RobotWorx&#39; customers.

	Reliable: RobotWorx technical staff thoroughly reworks and cleans the used robotic parts prior to integrating them with a tabletop. The result functions just as well as a brand new version while costing much less.

	Want to find out more about RobotWorx&#39; retrofitted worktable positioners? Call us at 740-383-8383.

	&nbsp;

	&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 18 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Supports Junior Achievement of North Central Ohio</title>
            <link>http://www.robots.com/blog.php?tag=526</link>
            <description><![CDATA[
	This year RobotWorx is investing in the local community and the next generation with a donation to the Junior Achievement of North Central Ohio (JANCO).
	
	JANCO is a nonprofit organization dedicated to equipping students in grades K-12 with life skills. It offers hands-on programming that targets three things: workforce readiness, financial literacy, and entrepreneurship.

	&quot;We are always looking for ways to support student organizations and help in their achievement,&quot; RobotWorx Marketing Director, Stefani Wanner said. &quot;We are excited to contribute to the Junior Achievement program!&nbsp;They are a promising group providing students with the right decision-making skills and education they need to prepare them for success in their future. &nbsp;RobotWorx knows the future relies on the minds of the youth, and is honored to aid in their success!&quot;
	
	Community volunteers and educators teach the practical application programs to school students in 12 North Central Ohio counties, including Ashland, Crawford, Knox, Marion, Morrow, and Richland. During the 2009-2010 school year, JANCO had a total of 21,975 kids participating in the programming. This year, they plan to continue increasing that number.&#8232;&#8232;
	
	For more information about the Junior Achievement of North Central Ohio, visit: http://akronarea.ja.org. &nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 11 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How Robots Are Changing the Face of Food Production</title>
            <link>http://www.robots.com/blog.php?tag=521</link>
            <description><![CDATA[
	Food and beverage companies are using robots to better meet sanitation standards and production needs for primary packaging and processing. At the upstream production stage, robots come in direct contact with the food - handling pastries, slicing and butchering meats, dispensing icing, packing cookies, and more.
	
	&#8232;&#8232;Advancements in robotic vision, robot design, and EOAT have made it possible for robots to work this closely with food. Find out about the many benefits robots offer for food and beverage companies.
	
	Designing Robots for Upstream Food Production:
	&#8232;Upstream production processes require specially designed robots. These robots must be built so as not to contaminate the food or harbor any bacteria. Some are made out of stainless steel, others have special coatings that can withstand aggressive wash downs. &#8232;&#8232;When food grade robots are manufactured, every effort is made to make sure they will have as little impact on the food as possible -- even the grease used in these robotic arms is food grade.
	
	Robots such as the FANUC M-430iA/2F (USDA approved), LR Mate 200iB/5WP and food-grade M-3iA are designed with special seals to keep out contaminates. Arms are smooth, eliminating bacteria build-up. The entire arm can be washed down. Most food grade robots are IP67 rated. EOAT that directly touches food often require much more stringent ratings of IP69.&#8232;&#8232;
	
	Robots Improve Working Conditions
	Applications in the food and beverage industry tend to be very labor intensive and sometimes dangerous. Workers are often required to perform repetitive tasks over and over again. Food production environments can be cold or hot -- depending on what type of food is being processed/packaged. &#8232;&#8232;Because of these and other factors, the food industry often experiences labor shortages and high turnover. Unlike other industries, food production is not a process that can be off-shored. 
	
	&#8232;&#8232;Robots offer a reliable, repeatable, and highly productive solution for the food and beverages industries. Food robots are capable of exact movements and quick, reliable cycle times. Ideally suited for pick and place, palletizing, packaging, cutting, etc., food robots never tire or face health risks. Robots can effectively reduce wasted product and eliminate lags in production. By working consistently whenever necessary without taking breaks, robots offer the food and beverage industry faster production.&nbsp; &#8232;&#8232;
	
	Robots Create Healthier Food&#8232;
	Foodborne diseases are a serious threat. The Center for Disease Control reports that one in six American is impacted by food poisoning each year. Much of the food contamination occurs during food processing. Even with strict regulations, contamination from human workers is always a concern. Food grade robots offer a much more hygienic, sanitary alternative for food processing and primary packaging. Robots don&#39;t contract illnesses, or possess hair or nails that can potentially fall into and contaminate the food. &#8232;&#8232;
	
	Robots Help Companies Comply, Save $$ &#8232;
	The Food Safety Modernization Act 2011 went into effect in January. It gave the FDA the ability to recall products and lead inspections of production facilities. Such recalls and accompanying litigations can be very costly and time-consuming. It can also damage a company&#39;s reputation. &#8232;&#8232;
	
	As food production regulations and health standards intensify, many companies in the food and beverage industries are turning to industrial robots for consistently clean production. With robots handling many aspects of food production (especially upstream handling and processing) companies can conform to the new regulations.
	
	For more information about robots for food and beverage production, contact RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 09 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How To: Install An Industrial Robot</title>
            <link>http://www.robots.com/blog.php?tag=525</link>
            <description><![CDATA[
	
	
	Your shiny new industrial robot arrives at your facility. Now what? &#8232;&#8232;
	
	As with many other tasks, it&#39;s important to have a checklist to follow when installing an industrial robot. We are happy to provide a step-by-step list of what to do first, second, third, what to remember, what to watch out for, and more.&#8232;&#8232;
	
	&quot;How to Install Your Industrial Robot&quot; is the first in a series of practical application videos designed to provide helpful information for robotics newbies and experts alike.
	
	Here&#39;s a preview of some of the topics covered in the video:&#8232;&#8232;
	&nbsp;

	
		Remove protective plastic from robot.&#8232;
		This step may seem self-apparent, but first things first.&nbsp; &#8232;&#8232;
		&nbsp;
	
		Inspect for damages and missing parts.&#8232;
		This step is very important. Industrial robots, controllers, etc., can be damaged in transit. This is also the best time to double check that every single component you purchased has arrived.&nbsp; &#8232;&#8232;
		&nbsp;
	
		Move the robot to designated installation area. &#8232;
		Skidded industrial robots are easily moved with a forklift. Carefully position your robot in its designated spot in your facility. Make sure (if you haven&#39;t prior to purchasing the robot) that the installation space can withstand the robot&#39;s mass even when the robot is in motion.
		&nbsp;
	
		Bolt the robot in place. &#8232;
		Secure the robot base using the appropriate hardware.&nbsp; &#8232;&#8232;
		&nbsp;
	
		Connect cables and peripherals. &#8232;
		Now you are ready to hook up all cabling, wire harnesses, safety peripherals, tooling, etc.&nbsp; &#8232;&#8232;
		&nbsp;
	
		Test the robot&#39;s movement and cycle. &#8232;
		At this final installation stage, test each and every component prior to putting the robot into commission. Check operator station controls (E-Stop, Start, etc.), safety peripherals such as light curtains, connections, tooling functionality, etc. If any abnormal alarms are sounding, resolve them by consulting the robot manual or calling your integrator. &#8232;&#8232;


	Find Out More:
	&#8232;For further information about installing an industrial robot properly, call RobotWorx&#39; sales department at 740-383-8383.&nbsp; &nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 09 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Marysville Robotics Team Competes at FIRST Regionals</title>
            <link>http://www.robots.com/blog.php?tag=524</link>
            <description><![CDATA[
	Marysville USFIRST Robotics Club, one of the robot teams RobotWorx supports, got to run their robot through its paces at the Buckeye Regional FIRST Robotics Competition.
	
	More than 1,400 high school students participated in the event, held April 7-9 at the Cleveland State University Wolstein Center.&#8232;&#8232; RobotWorx caught up with robotics team member Isaac Luther, to find out more about the team&#39;s time at FIRST Regionals: &#8232;&#8232;
	
	RobotWorx: Did the team enjoy the competition experience? 
	&#8232;Luther: Yes! We all had a lot of fun, and none of it would have happened without sponsors like Robotworx. We were really excited to go to the competition, and we would love next year to maybe have some Robotworx associates come up and see first hand how cool the competition is. &#8232;&#8232;
	
	RobotWorx: In spite of your rookie status, the team did really well at the competition! Tell us about it.
	&#8232;Luther: We were one of the highest rookie seed teams, third out of eight. We were a backup team in the finals in case of any robots breaking. And at the end of the competition we placed 22nd out of 56 teams, we are all very very proud of that.
	
	RobotWorx: What kinds of things did you learn from the other teams?
	&#8232;Luther: We saw quite a few neat ways to do things and the networking of other teams there was just phenomenal. We got the chance to talk to teams from Canada, Maryland, New York, and all across Ohio.&#8232;&#8232; We all got to see how teams setup the challenge and some new cool ideas for a chassis. I spoke to some other teams specifically about practicing before robot ship date. The team was also really interested in not only practice but how teams setup their pit area at the competition. With being a rookie team we all had no idea what to expect.
	
	RobotWorx: Are you inspired for next year&#39;s competition?
	Luther: We have thought of some cool new ideas for next year and made some decisions about how to do things based off talking to other teams. For example, we decided next year for a fundraiser to host a mini &quot;battle-bot&quot; competition. We plan to use some sort of RC car platform or even the VEX platform.
	
	&#8232;&#8232;Read more about the Marysville USFIRST Robotics Team.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 05 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Update from the IEEE at UIC Robotics Team</title>
            <link>http://www.robots.com/blog.php?tag=523</link>
            <description><![CDATA[
	&nbsp;

	RobotWorx is proud to support the IEEE at UIC Robotics Team. This academic year, the group of college students designed, built, and entered a robot in the Jerry Sanders Design Competition. They returned from the college design competition inspired and ready to build an even better entry for next year.&nbsp;

	&#8232;&#8232;Unexpected Challenges:&#8232;
	IEEE at UIC Robotics team member, Michal Talarczyk, shared about the highs and lows of the team&#39;s competition experience:&#8232; &quot;The Jerry Sanders Design competition itself went well on the first day of competition, we were one of the top scoring teams. Unfortunately after being struck by a flying robot our electronics for our hand (H-bridges) fired and we weren&#39;t able to compete anymore.&quot;
	
	Learning From the Competition:&#8232;
	Despite the technical setbacks, the team rallied and used the competition as an opportunity to brainstorm about new ways to approach the design challenges and prepare for unexpected events. &#8232;&#8232;
	
	&quot;One of the good things we got out of the competition is that we found out what improvements we need to make,&quot; said Talarczyk. &quot;The most important improvements for us to do are to make the controls of the robotic arm more natural, do more test runs, protect our electronics as well as have spares and have a better grabber that has more room for error to pick up objects.&quot;
	
	Back at IEEE:
	&#8232;While most of the other teams at the Jerry Sanders Design Competition use controllers designed for RC airplanes, the IEEE at UIC Robotics Team has decided to create their own. &#8232;&#8232;
	
	&quot;There are different awards given at the&nbsp;competition&nbsp;other than winning such as best design, and most innovative,&quot; team member Christopher Magruder said. &quot;We are going to try and blow&nbsp;every one&#39;s mind.&quot;&#8232;
	
	Talarczyk said the team has an innovative new design for the controller. &quot;Currently we are hard at work on the robot going for a whole new design for controlling it and it&#39;s very exciting. We are trying to make a mechanical arm that the operator wears and when they move the robot will&nbsp;mimic&nbsp;their movements.&quot;

	
		Find out more about the IEEE at UIC Robotics team.
	
		RobotWorx interview with Michal Talarczyk


	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 04 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RIA Quarterly Report: Robot Unit Sales Increase 31%</title>
            <link>http://www.robots.com/blog.php?tag=522</link>
            <description><![CDATA[
	Let&#39;s hear it for good beginnings! Robot unit sales experienced a steady increase last year and this trend has continued throughout the first three months of 2011. &#8232;&#8232;
	
	The RIA recently released the 2011 first quarter statistical report, proclaiming 2011 &quot;their best opening quarter since 2007.&quot; The robot unit data was gathered from North American robotics companies.
	
	How Many Robots Exactly:&#8232;
	From January through March, North American companies placed orders for 4,021 robots - resulting in an increase of 31% in units. These robot orders represent $263.5 million dollars - an increase of 27% over 2010 stats. &#8232;&#8232;
	
	Who Is Ordering Robots in 2011:&#8232;
	Leading the pack with a robot unit growth of 64% this year are companies from the automotive industry. While non-automotive robot orders barely changed (going up just 3%), industries within that group showed promise: 61% increase for life science/biomedical/pharmaceutical, 73% increase for metals.&#8232;&#8232;
	
	Popular Robot Applications in 2011:
	The vast majority of robot orders and shipments fell into two application categories - handling operations/machine tending and welding/soldering. In addition, robot were also purchased for dispensing, assembling/disassembling, and processing.
	
	Looking into the Future:
	&#8232;The RIA is a bit hesitant to provide predictions for the upcoming quarters. It is hard to gauge the impact that the Japanese tsumani and earthquake will have on the robotics industry. However, the steady investment in robotics by North American manufacturing companies bodes well. An estimated 203,000 robots are installed in the U.S. alone. &#8232;&#8232;
	
	For more information, visit www.robotics.org.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 03 May 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robots Evolve to Meet Warehouse Challenges </title>
            <link>http://www.robots.com/blog.php?tag=520</link>
            <description><![CDATA[
	Until recently, industrial robots have been relative strangers to the warehouse distribution industry. But new developments in robot technology, specifically robotic software, vision systems, sensors, and EOAT, have brought about a new era.&#8232;&#8232;
	
	Thanks to these advancements, robots are now capable of offering distribution companies much more intelligent and flexible solutions.
	
	The warehousing industry has been quick to embrace the new and improved robotic technology. According to a study by Paul Kellet, RIA Market Analysis Director, warehouse distribution is one of the most promising emerging markets for industrial robots.&#8232;&#8232;&nbsp;

	&nbsp;

	
	Factory Handling Versus Warehouse Handling:
	&#8232;Robotics is not the only rapidly evolving industry. Warehouse distribution has undergone many changes too. The variety and number of SKU&#39;s has increased dramatically in recent years. Cycle times have shortened considerably because of the rapid and constant changes in product size, shape, and packaging. In addition, the anatomy of pallets has switched from homogenous to largely hetergenous as the demand for mixed, direct-to-store pallets increases. &#8232;&#8232;
	
	Previously, industrial robots were best suited for factory material handling situations where one similarly shaped product is palletized or de-palletized. Luckily, recent advancements allow robots to lend a hand even in the fast-paced and ever-changing warehouse distribution industry.&#8232;&#8232;
	
	Robotic Tooling to Fit Warehouse Needs:&#8232;
	In order to handle a wide variety of product sizes and shapes, robots in warehouse distribution centers require extremely flexible end-of-arm-tooling. Advancements in robotic gripper technology make it possible for robots to accommodate a mix of different packaging materials and product dimensions. This allows robots to load and unload mixed SKU pallets. Robotic grippers are able to handle parts with care and dexterity - maintaining proper pallet balance and protecting products from damage.&#8232;&#8232;
	
	Software for Distribution Applications:&#8232;
	Robot manufacturers such as FANUC Robotics and Motoman have created application-specific software that allows material handling robots to provide intelligent solutions for distribution centers. This software offers algorithms (preplanned and/or real-time) which make it possible for the robot to adjust to different products, varying alignments, pallet balance, mixed pallet arrangements, and any unplanned changes (that&#39;s where the real-time software option steps in).
	
	&#8232;&#8232;[Some of the software options include FANUC ROBOGUIDE HandlingPRO, PalletTool, Random Order Pallet Tool, MotoPallet EG, EasyPallet Pendant, and EasyLoad Pendant.]
	
	&#8232;Developments in Vision and Sensing Technology:&#8232;
	Another key element in the robot technology evolution is vision and sensing. Vision systems (such as FANUC iRVision) for robots have become more reliable, affordable, and easy to use. Robot vision is an invaluable tool when it comes to locating and positioning products in warehouse settings. Sensors give robots even greater delicacy when handling and placing products. Together, vision and sensing technology allow robots to maintain safety and product quality standards.&nbsp;&nbsp;
	
	&#8232;&#8232;Interested in learning more about robotic warehousing? Call RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 25 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Subscribe for a Chance to Win a $50 Gift Card!</title>
            <link>http://www.robots.com/blog.php?tag=518</link>
            <description><![CDATA[
	What do videos of robots and lobster dinners have in common? &#8232;&#8232;
	
	Turns out there IS a connection... 
	&#8232;During the month of April, new subscribers to RobotWorx&#39; YouTube channel are eligible to win a $50 gift card to Red Lobster or RobotWorx (their choice)! Subscribe today for your chance to win - www.youtube.com/robotworx.
	
	Even More Reasons to Subscribe...
	RobotWorx&#39; YouTube channel is full of videos from the shop, technical advice, robot demos, and more! It&#39;s where we showcase robotic workcells and share important tips about preventive robot maintenance. When you subscribe it&#39;s easy to keep up with the latest robot videos.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 20 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robots Critical to Survival of Alternative Energy Industry </title>
            <link>http://www.robots.com/blog.php?tag=517</link>
            <description><![CDATA[
	As alternative methods of producing energy become increasingly sought-after, production must keep pace. For alternative energy industries to survive and thrive, they must increase their reliance on the industrial robot.

	&quot;The growing demand in alternative energy sources after the recent nuclear catastrophe in Japan will push robot installations, e.g. the production of solar cells etc.&quot; - International Federation of Robotics (www.ifr.org) 

	Take a closer look at solar panel and wind turbine manufacturing to find out why robots are a good fit.

	Robots and Solar Energy
	&#8232;Industrial robots effectively accommodate the rapid (and constant) evolution of solar energy technology. Simulation software makes it possible for solar energy system companies to change products and processes quickly and seamlessly. &#8232;&#8232;
	
	Solar panel manufacturers increasingly rely on robots for a host of material handling applications. Industrial robots provide ideal solutions for precision-driven assembly and heavy palletizing needs, while still assisting with inspection and quality control jobs. Robotic vision eliminates the need for complex fixturing and plays a key role in many solar energy manufacturing applications, from locating and inspecting parts, to guiding robots. &#8232;

	
		Robotic Cell and Wafer Handling:
		Solar cells and silicon wafers are delicate items that require delicate handling solutions. Robots are capable of assembling these solar energy system components with greater gentleness and precision than is possible manually. They maintain consistent production speeds and repeatability necessary for solar cell and silicon wafer assembly/handling. &#8232;
		**Video of M-1iA handling solar cells**
		&nbsp;
	
		Robots for Solar Panel Assembly:&#8232;
		Manufacturers benefit from using robots when it comes to constructing solar panels, which are often very complex in design. Once again, consistency and delicate handling are very important. Every component must be carefully aligned. Robots are also very useful for handling heavy glass panels and other solar panel components with care.&nbsp;


	Robots and Wind Energy
	&#8232;Industrial robots have proved invaluable tools for nearly every aspect of wind turbine manufacturing. Wind energy system manufacturers incorporate robotic solutions for welding, cutting, painting, deburring, sanding, drilling, and other applications.

	
		Using Robots to Construct Wind Turbines:
		When it comes to creating and assembling wind turbine components, robots offer many advantages over manual and hard automation. Fast and flexible, robots allow wind turbine manufacturers to increase production and meet lead times more efficiently, as well as adjust quickly to product changes. The precision and consistent performance possible with robots beats manual methods, vastly improving quality control. Robots are currently used to cut, weld, and drill wind turbine towers, gears, blades, and other components. &#8232;
		&nbsp;
	
		Wind Turbine Finishing with Robots:&#8232;
		Wind turbine blades and other components must be finished (painted, sanded, polished, deburred) to perfection. High quality standards are necessary to maintain the blade balance, extend component longevity, and withstand environmental wear and tear. Robots are helping wind turbine manufacturers achieve the best possible results. With robots, paint application in particular is more consistent and quick, allowing companies to match both quality requirements and customer demands.


	&#8232;Contact RobotWorx at 740-383-8383 for more information about integrating robots for alternative energy industries.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 18 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>IFR: Robot Sales to Increase Significantly in 2011, 2012</title>
            <link>http://www.robots.com/blog.php?tag=516</link>
            <description><![CDATA[
	Recent data reports from The International Federation of Robotics indicate a very bright future for the robotics industry.
	
	&#8232;&#8232;Robots: What to Expect in 2011 and 2012
	&#8232;Even after a threat analysis that took into consideration changes due to the crisis in Japan, the IFR&#39;s predictions for 2011 and 2012 remain extremely positive. In fact, robot sales are expected to increase by nearly 20% over the course of the next two years. In 2011 alone, robot unit sales are predicted to increase as much as 15%. Growth of 5% is anticipated in 2012.
	
	Japan and Robot Supplies/Shipments&#8232;
	While the recent earthquake and tsunami in Japan will no doubt have an impact on the robot and robotic component supply chain, a recent threat analysis from the IFR predicts that the impact will be minimal. It is important to keep in mind that the current demand for robotics remains unfaltering. In addition, the vast majority of Japanese robot and robotic component companies are still able to manufacture and ship their products. &#8232;&#8232;
	
	However, some product shortages and increases in delays are expected. IFR noted the robotics market was already experiencing order delays before the recent tragedies in Japan. IFR plans to release updates on the situation throughout the year(s). &#8232;&#8232;
	
	Back on Track: Robotics Sales in 2010&#8232;
	The positive predictions for 2011 and 2012 were proceeded by a 2010 robot sales rebound. Following devastatingly low 2009 robot sales, the international robotics industry experienced a dramatic recovery over the course of 2010. The IFR reported a total of 115,000 robot unit sales in 2010 - doubling numbers from 2009. &quot;Overall, on an average basis, the business is back to the good years of 2007 and 2008,&quot; IFR president Ake Lindqvist said at the Automate 2011 trade show.
	
	&#8232;&#8232;While robot sales improved worldwide, significant increases were seen in Asia, and China in particular. Other countries, such as South Korea, experienced &quot;remarkable increase&quot; according to Lindqvist&#39;s report. Industry sectors with the greatest amount of robot orders in 2010 included electronics, automotive vehicles, and automotive parts manufacturing.&#8232;&#8232;
	
	For more information, visit the IFR website or call RobotWorx at 740-383-8383
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 11 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Simplify with FANUC ROBOGUIDE PaintPRO</title>
            <link>http://www.robots.com/blog.php?tag=515</link>
            <description><![CDATA[
	Programming a robotic paint cell has never been easier. FANUC Robotics ROBOGUIDE PaintPRO is an offline programming option that goes hand in hand with FANUC Robotics&#39; PaintTool application software. It offers a graphics-based, detailed, and highly-accessible approach to programming robotic painting applications.
	
	How PaintPRO Works:
	&#8232;FANUC&#39;s ROBOGUIDE PaintPRO is entirely PC-based. Programmers work offline, using graphics to determine the specific paint path they wish the robotic arm to provide. &#8232;&#8232;

	
		First, the size and position of the paint zone is selected. &#8232;
	
		Second, the type of paint method is chosen. &#8232;
	
		Third, the robot programmer goes through a number of steps to determine other criteria by selecting various parameters set forth by PaintPRO.
	
		&#8232;Once the robot programmer has finished, the program can be sent to the controller via FANUC Robotics PaintTool.


	Paint PRO Makes Programming Simple, Fast:
	&#8232;PaintPRO breaks down programming into simple selections and clicks of the mouse. There is no need to work with the robotic teach pendant. Because all the work and troubleshooting is handled on the computer, when it comes time to implement a new painting path, that process is executed much faster.&nbsp;

	A System of Checks and Balances:
	This FANUC programming option is foolsafe. A built-in PaintPRO Navigator leads the programmer through each step. FANUC&#39;s calibration wizard makes sure the programming works smoothly with both parts and robots. &#8232;&#8232;One of the most helpful PaintPRO features is simulation. Once paths or jobfiles are inputted, they can be reviewed and tested through offline simulation. Path Profiler allows for cycle time calculation. Path Trace verifies the path and uses the robot&#39;s tool center point to determine trajectory, speed, etc. &#8232;&#8232;
	
	Focused on End Results:
	With FANUC ROBOGUIDE PaintPRO, programmers are free to concentrate on the paint method and quality. ROBOGUIDE PaintPRO allows companies to truly perfect the robotic performance and consider the pros and cons of various painting methods. &#8232;

	Controlling the Details:
	FANUC&#39;s painting solution gives programmers control over important tooling movement. Every aspect - from paint gun orientation and rotation to tip speeds, paint fans, and strokes - can be easily adjusted via ROBOGUIDE PaintPRO.&#8232;&#8232;
	
	Increases Safety
	ROBOGUIDE PaintPRO has a built-in Collision Detection feature. When simulations are run, all possible collision points are found. Taking care of these concerns offline dramatically reduces downtime and protects expensive equipment from damage.

	&#8232;&#8232;Interested in a robotic paint system equipped with FANUC ROBOGUIDE PaintPRO technology? Contact RobotWorx, a FANUC Authorized System Integrator at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 06 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Spotlight on RemovalTool FANUC Software</title>
            <link>http://www.robots.com/blog.php?tag=514</link>
            <description><![CDATA[
	
	As a FANUC Robotics Authorized Integrator, RobotWorx is able to provide customers with legal software solutions for every application need. RemovalTool is one of FANUC Robotics&#39; application software solutions. It is specifically designed to streamline and simplify material removal such as deburring, grinding, deflashing, and cutting.
	
	This FANUC software solution provides a headache free way to achieve edging and surface finishing perfection.
	
	
	&#8232;&#8232;Compatibility: 
	&#8232;To use Removal Tool software all you need is a compatible FANUC robot, controller, and force control device.

	
		Robot: RemovalTool software will integrate with the majority of FANUC Robotics&#39; 6-axis models, especially those which are best suited for these types of applications: F-200iB, M-710iC, M-10iA, and M-20iA.
		&nbsp;
	
		Controller: This material removal software is compatible with an R-30iA or later controller.
		&nbsp;
	
		Force Control Device: FANUC&#39;s RemovalTool can accommodate passive wrist, active, wrist, and passive bench force control devices, allowing for a great deal of application versatility.


	Advantages:
	RemovalTool allows operators and programmers to have greater control over removal applications and force devices. The force device can be tested and the amount of force changed using only the teach pendant. Another feature of RemovalTool minimizes wear on abrasive wheels. &#8232;&#8232;
	
	The increased control made possible with RemovalTool improves product quality, reducing waste/redos. FANUC&#39;s software allows for either offline programming in addition to more traditional programming methods. Programming is faster and easy to learn with the FANUC Robotics&#39; menu-driven teach pendant interface. Plus, RemovalTool allows for faster application set-up.
	
	For robotic edge and surface finishing solutions, contact RobotWorx: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 04 Apr 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc M1 Pick and Place Robot</title>
            <link>http://www.robots.com/blog.php?tag=513</link>
            <description><![CDATA[
	Need a compact, quick, and easy-to-use robot for lightweight material handling? The Fanuc M1 robot, commonly referred to as the M-1iA, offers a revolutionary solution for just this type of task. Its super-light payload of 0.5kg makes it the go-to robot for small parts automation needs.

	**FANUC M-1iA Robot Video**

	&#8232;&#8232;Industry and Application Versatility:&#8232;
	The Fanuc M1 is well suited for assembly, dispensing, sorting, material handling, pick and place, and educational uses within a number of different contexts and industries. Robots of this size and ability are especially useful for companies within the pharmaceutical, plastics, electronics, and packaging industries.&#8232;&#8232;
	
	Unique Look, Capabilities:&#8232;
	The FANUC M1 robot design is different from the typical 6-axis robotic arm. Categorized as a delta-style or parallel-link robot, the M1 is built with thin, jointed &quot;legs&quot; that work to maneuver a single tooling plate. The delta-style robot design offers incredible flexibility and precise control. Similar robots include the FANUC M-3iA and the ABB IRB 360 Flexpicker.
	
	&#8232;&#8232;M-1 Fanuc robots are available in two versions, one with six axes of flexibility (M-1iA/0.5A), the other with four axes (M-1iA/0.5S). The 6-axis M-1 robot features a 3-axis wrist. Both robots are capable of high speed handling with 0.02mm repeatability. The 6-axis M1 offers a wrist speed of 1440 degrees per second and the 4-axis M1 robot&#39;s wrist speed can reach as high as 3000 degrees per second. They provide a maximum reach of 280mm. &#8232;&#8232;
	
	Compact and Easy to Use:&#8232;
	Weighing in at 17kg and 14kg respectively, while offering extremely small footprints, the FANUC M-1iA/0.5A and M-1iA/0.5S robots fit easily in snug spots - on tables, carts, in workcells - wherever they are needed. M1 robots can be mounted to the ceiling or at an angle. The M1 is capable of effectively saving facility space while increasing throughput. This robot family comes with the equally compact R-30iA Mate controller and teach pendant for easy programming.&#8232;&#8232;
	
	For more information about the FANUC M1 robot, contact RobotWorx at 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 30 Mar 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Maintenance and Vigo Grease</title>
            <link>http://www.robots.com/blog.php?tag=512</link>
            <description><![CDATA[
	There&#39;s no denying that robot grease is a critical component of industrial robot maintenance. It is important to use the appropriate grease for precision reduction gears and change it out periodically. Even when you play by the rules, there can still be grease problems.
	
	&#8232;&#8232;VIGOGREASE REO, a new Japanese robot grease, aims to eliminate some of the issues associated with previous robot grease options. While it contains many of the same ingredients as other grease mixtures, the Vigo recipe is reported to offer superior performance. &#8232;
	
	Making the Switch to Vigo Grease:&#8232;
	If you purchase a new Japanese manufactured robot - Motoman, Fanuc, Nachi, or Panasonic robot - chances are it will use VIGO grease (part number A98L-0040-0174#16KG). This relatively new robot gear lubricant is now used for Nabtesco reduction gears on new robots.&#8232;&#8232; Older robot models will still rely on MolyWhite.
	
	Vigo Vs. MolyWhite:

	
	&#8232;MolyWhite, a heterogeous mixture of grease and oil, has long been a standby for lubricating robotic gears. However, the oil tends to separate from the mixture and leak out of the seals, which are designed to keep out grease, not oil. The breakdown of MolyWhite robot grease can be caused by heat and other factors.
	
	&#8232;&#8232;&quot;A lot of times this makes it look like robot seals are broken when it fact they are fine. I believe the VIGO grease is meant to help alleviate this issue,&quot; said RobotWorx engineer, Jarrod Bichon. &#8232;&#8232;
	
	The Vigo grease mixture is slightly altered from MolyWhite, containing a larger quantity of EP (extreme pressure) additives, in this case Mollybdenum compound and zinc compound. According to Bichon, Vigo grease appears to be less viscous than MolyWhite, which may be one reason for its superior performance when it comes to robot reduction gears. &#8232;&#8232;
	
	Avoid Costly Gear Problems:
	While Vigo is more expensive than other varieties of robot grease, it has the potential to offer a much better ROI. Without the proper robot grease, reduction gears can break down and jam.
	
	&quot;There is so much rapid displacement of the grease in a closed cavity, it has to be able to withstand the environment,&quot; said Bichon. &quot;If the wrong grease is used, heat and stress on the gear components will cause the failure.&quot;
	
	To purchase VIGOGREASE REO (Vigo grease) and other robot greases such as MolyWhite, visit RobotWorx&#39; parts section or call 740-383-8383.&nbsp; &nbsp;
	
	Want to learn more? Check out this article about Robot Maintenance and Robot Grease.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 24 Mar 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Supports Local USFIRST Robotics Club</title>
            <link>http://www.robots.com/blog.php?tag=510</link>
            <description><![CDATA[
	Six weeks. That&#39;s all the time Marysville, Ohio USFIRST Robotics Club (FRC) had to build a robot from scratch. Not only was the group of 21 high school students able to accomplish this feat, they learned a lot in the process. Now they are ready to face a new challenge - an upcoming USFIRST competition. Marysville FRC will compete in the Buckeye Regional FRC competition held April 7-9 in Cleveland, Ohio. &#8232;&#8232;
	
	RobotWorx is a strong advocate of STEM and robotics education. It is our privilege to support the efforts of this local USFIRST team. In the following interview club member Isaac Luther talks about the club, the impact of USFIRST and robotics education, and shares details about the robot he helped build.&nbsp;
	
	RobotWorx: Who serves as the club&#39;s mentors and sponsors?&#8232;
	Luther: The main mentors come from Honda of America Manufacturing and Engineering. Our two lead mentors are David Burge and Josh Kramer. Some of our other sponsors include: JCPenny, NASA, Honda, Fulton County Processing, Global Security Tech, Piedmont Plastics, and Monarch Pizza.&#8232;&#8232;

	RobotWorx: How did the club start?&#8232;
	Luther: FRC started out when Dave Burge asked his oldest son (a current junior), Devin, what he wanted to do when he grew up. Devin responded, &quot;Well I want to be an engineer.&quot; Dave wanted to see his son become an engineer and become involved in programs to promote his chances of going to an engineering school. Dave and Devin both looked at the co-curricular activities offered by Marysville Schools and saw that there is nothing to promote STEM (Science, Technology, Engineering, Mathematics). &#8232;&#8232;
	
	Dave did some research and found this program called FRC. He discussed it with his work associates who mentor other teams, and then brought it to the school board. The school board was interested in seeing a program such as FRC develop in the school system. So Dave was brought on as the founder and head mentor of the Marysville FRC team.
	
	&#8232;&#8232;RobotWorx: Why do you think studying robotics is valuable?
	&#8232;Luther: I think the study of robotics should be taught in the same class as history. Ironic, I know. But schools focus on what happened in the past, but where is the future taking us? We are taught that the founding fathers created our government and the US seems to get involved in everyone&#39;s problems. But look at our future, so many tasks are being automated and even replaced by machines. All the meaningless tasks, like screwing a cap on a bottle on a conveyor. That&#39;s all just static right now, what&#39;s going to happen when the robots can think on their own?
	
	&#8232;&#8232;Everyone is all excited about robotics, and that&#39;s great. But what&#39;s going to happen when John Doe loses his job because a robot can do it faster, more accurate, and in the long run, cheaper? Now it would be a different situation if Joe could say, &quot;Hey, you don&#39;t want to fire me because I know how to fix that machine when it breaks.&quot; People who learn about robotics will be ready when the world begins seeing robots in the mainstream public. But all of that&#39;s coming from a person who would rather have a robot vacuum his floors.
	
	RobotWorx: What are the main challenges for the club, especially with regard to this event?
	Luther: Our game challenge is the same as the FRC challenge teams across the world. This is the 20th anniversary of USFIRST (For Inspiration of Science and Technology). Our game challenge is to take inflatable inner tubes that resemble the USFIRST logo and hang them on a pegged wall across the field. It&#39;s pretty cool. There are many other sub challenges that encompass the game.&nbsp; (Check out the USFIRST 2011 game animation)

	But the game challenge wasn&#39;t even half the battle. Being a &quot;rookie&quot; team, we had no idea what to do. We started back in September, and at that first meeting I guarantee no one expected all of our hardships. And I don&#39;t think we would have had as many issues except for the fact we only had 6 weeks to build our robot. So when we asked for something we were really nice, but it had to happen then. &#8232;&#8232;I won&#39;t complain about all of our issues. Instead, I will thank a few people in our school system that truly understand the ideals of USFIRST. These individuals took a two-week process and shortened the turnaround time to less than two days! These are the people that truly contribute to USFIRST, without ever touching any tools.

	RobotWorx: Tell us a little bit about the robot Marysville FRC built.


	Luther: Our robot is comical to look at. But as soon as it turns on, it is very evident that it means business. Our robot, dubbed &quot;Wilson&quot; was equipped with a 12-pound, aluminum rotating arm and claw assembly. And the first time we turned on the claw, I am quite sure that claw could rotate at about 120rpm. Needless to say, we eventually got it slowed down to a more controllable 3rpm.&nbsp;(Check out the Marysville FRC YouTube channel for videos of Wilson)

	RobotWorx: Is there anything else you would like to add?
	Luther: Yes. FRC is hands down the best program I have ever had the opportunity to take part in. And for everyone thinking, &quot;I don&#39;t like robots&quot; or &quot;I don&#39;t know anything about machines or computers,&quot; don&#39;t use that as an excuse not to give the program a chance. FRC is not just about the robots. In fact it&#39;s an extremely well rounded program. &#8232;&#8232;
	
	Instead of First Robotics Competition, it should be USFirst Robotics Corporation. We need everything that a company needs. A current senior came up and told me, &quot;I don&#39;t know anything about robots, but I do know financial management.&quot; And I think she has been busier than some people actually building the robot. There is so much more than just a robot. It takes everyone doing jobs that aren&#39;t typically associated with robotics, let alone a high school organization.
	
	Curious to see how Wilson the robot fares in Cleveland? Check back for more exciting news about the Marysville USFIRST Robotics Club. 
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 23 Mar 2011 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>High-Accuracy Kuka Robots for Machining and More! </title>
            <link>http://www.robots.com/blog.php?tag=511</link>
            <description><![CDATA[
	Machining, laser cutting, and other continuous-path applications require robotic solutions capable of incredibly precise and reliable performance. When a margin for error simply doesn&#39;t exist, the high accuracy (HA) robot series from KUKA Robotics is designed to meet the challenges.
	
	Enhanced Repeatability:&#8232;
	Repeatability and precision work are inextricably linked. The KUKA Robotics high-accuracy robots provide exceptional precision performance because they&#39;re capable of exceptional linear and point repeatability. All three offer repeatability of +/-0.05mm or less.&#8232;&#8232;
	
	Flexible, Quick Movement:
	Kuka High Accuracy robots are engineered to move efficiently and quickly. The axes and drives in their wrists allow KUKA&#39;s high-accuracy robots to move twice as fast as standard robot models. The advanced KUKA KR C2 provides control.&nbsp; &#8232;
	
	KUKA HA Robot Basics:&#8232;
	The high-accuracy robot series is made up of three distinct 6-axis models, the KR 30 HA, KR 60 HA, and KR 100 HA. Four arm extension options provide even more alternatives. The KUKA Robotics HA robots offer payloads of 30kg, 60kg, and 100kg. Maximum reach measurements range from 2,033mm up to 3,000mm. &#8232;&#8232;
	
	Application Versatility:&#8232;
	High-accuracy robots from KUKA Robotics are ideal for machining, laser, waterjet, assembly, and inspection applications.

	For more information about the KUKA high-accuracy robot series, contact RobotWorx at 740-383-8383. RobotWorx is a KUKA Robotics System Partner.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 07 Mar 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Get to Know RobotWorx Through New Videos</title>
            <link>http://www.robots.com/blog.php?tag=509</link>
            <description><![CDATA[
	RobotWorx recently added a number of new, introductory videos to the website. The new videos are designed to give web visitors a better understanding of RobotWorx&#39; history, vision, facilities, and capabilities. Take a look:
	
	&#8232;&#8232;NEW History and Vision Video:&#8232;
	How has RobotWorx grown from the one-man company it was in 1992, to the thriving robot integrator it is today? The revamped and updated &quot;About Us&quot; video is packed full of pertinent information and customer testimonials. It covers the characteristics and goals that make RobotWorx unique. This video is chock-full of helpful stats and facts, such as how many robotic systems RobotWorx installs per year, which applications we specialize in, and the names of the companies we work with.
	
	&#8232;NEW RobotWorx Tour Video:&#8232;
	Join RobotWorx&#39; president Keith Wanner for a quick (1.5 min) virtual tour of our Marion, Ohio facility. This video is your chance to see every inch of the building - the integration showroom, fabrication bay, dry ice room, sales office, even our employee gym. Along the way, Wanner provides interesting information about the types of industrial robots and robotic workcells the company offers.
	
	&#8232;NEW RobotWorx Looks Back Series:&#8232;
	Over the years, the company has been privileged to participate in a number of fascinating events, T.V. shows, and films. The &quot;RobotWorx Looks Back&quot; video series offers customers behind-the-scenes insights about our inclusion in the Modern Marvels: &quot;Welding&quot; episode, Sliced: &quot;Robots&quot; episode, as well as our sponsorship of a NASCAR team. Stay tuned for new additions.&#8232;

	
		RobotWorx on Modern Marvels&#8232;
	
		RobotWorx and NASCAR&#8232;
	
		RobotWorx on Sliced


	&#8232;&#8232;Did the new videos pique your interest? Come learn more about RobotWorx in person. To schedule a visit, contact RobotWorx at 740-383-8383.
	
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 02 Mar 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>2010 a Record Year for North American Robot Industry</title>
            <link>http://www.robots.com/blog.php?tag=508</link>
            <description><![CDATA[
	2010 statistics released by the Robotics Industries Association (RIA) underscore the reality that more and more companies both in North America and abroad are realizing their need for industrial automation. Last year alone, combined robot orders totaled 29,034. Their total value is $1.839 billion. That&#39;s nothing to sneeze at.&nbsp;&nbsp;&nbsp;

	As the RIA pointed out in their report, robotics companies in North America haven&#39;t seen these kinds of robot sales since 2007! North American companies accounted for unit increases of 39% and dollar increases of 49%. Companies based outside of North America accounted for unit increases of 52% and dollar increases of 58%.

	The 2010 RIA robot report also served to shed light on some of the industries that are investing in industrial automation. Leading the pack was the automotive industry with an increase of 51% in robot orders from last year. However, non-automotive industries increased their orders by 46% as well. Some of the biggest robot order increases were seen in metalworking, semi/conductor/electronics/photonics, plastics and rubber, and food and consumer goods.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 10 Feb 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx at COSI: Robot Science Day 2011</title>
            <link>http://www.robots.com/blog.php?tag=507</link>
            <description><![CDATA[
	A spider robot with eyes? Cool! The interactive Fanuc M-1iA demo RobotWorx brought to the COSI Columbus Robot Science Day proved an immense success. Kids and adults alike enjoyed watching the M-1iA assembly robot&#39;s adroit movements.
	&nbsp;

	Robot Science Day Video

	The event&#39;s coordinator, Faculty Leader for Special Programs Joan Harless noticed the impact the robot had on visitors.&nbsp;&quot;I heard many people discussing how impressive the speed and accuracy of the spider robot was. There always seemed to be a group of people looking at it.&quot;

	The Fanuc Delta-style robot was programmed to pick and place marbles using its vision sensor to locate the tiny marbles even when they were moved with a stick. RobotWorx removed the cover from the top of the M-1iA so visitors could see the inner-workings.&nbsp; &#8232;&#8232;
	
	RobotWorx president Keith Wanner and robot technician Chris Pappas were on hand to answer questions about parallel-link robots, vision, and programming. Wanner said he chose the Fanuc M-1iA because he knew it would capture the imaginations of the kids. The spider robot&#39;s unique build also gave him an opportunity to talk about how robots are&nbsp;designed differently to better perform tasks from assembly to welding. &#8232;&#8232;

	A Robotics Community Effort:

	RobotWorx was honored to be among the presenters at the 2011 Robot Science Day. The annual event brings together COSI corporate partners and school teams to celebrate robotics and education.&nbsp;&nbsp; &#8232;
	
	&quot;Robots excite the imaginations of guests of all ages. They are a fun and engaging way of showing our young guests the importance of taking those challenging math and science courses,&quot; Harless said.&nbsp; &quot;Most adults have an interest in, but little information about, robots, so having our corporate partners here to discuss the many ways robots are used is a way of keeping our adult guests informed about how science impacts their lives.&quot;
	
	&#8232;RobotWorx was joined by COSI corporate partners Honda, Time Warner Cable, and K-12 Ohio Virtual Academy. Nine robotics teams participated in Robot Science Day as well.
	
	&quot;It was great to have the robotics teams here with their impressive projects, and then be able to see how industry uses robots,&quot; Harless said. &quot;This year our guests seemed more engaged and spent more time exploring robotics with our&nbsp;partners. Having the teams located around the building gave our guests plenty of room to interact with the various teams.&quot;

	Looking into the Future:
	COSI plans to continue offering Robot Science Day. The event offers an opportunity for visitors to learn about robotics teams and talk with COSI corporate partners about careers in robotics. Other robot-related programs held the same day proved extremely popular. &quot;We offered two hands-on family robotics workshops on Saturday, and each one sold out (50 adults and children in each one) a few days before the event,&quot; Harless said.

	For more information about the Fanuc M-1iA robot contact RobotWorx at 740-383-8383.
	

	&nbsp;

	&nbsp;

	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 09 Feb 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Robot Tooling Technology from Robotiq</title>
            <link>http://www.robots.com/blog.php?tag=506</link>
            <description><![CDATA[
	Canadian company Robotiq makes flexible, programmable tooling for industrial and other types of robots. Robotiq CEO and co-founder, Sam Bouchard, recently visited RobotWorx to demonstrate the innovative design and capabilities of the Robotiq Adaptive Gripper S-Model.

	&#8232;Take a look at the Robotiq Tooling video!&#8232;&#8232;

	A Unique Design:

	&#8232;The Robotiq Adaptive Gripper acts much like a human hand, using its three fingers to hold materials and objects securely. Each of the three gripper-fingers has three articulated phalanges. The gripper&#39;s innovative design allows for four distinct grasping configurations, which Robotiq defines as cylindrical, spheroid, scissor, and pinch.

	&nbsp;

	Another unique fact about the Robotiq Adaptive Gripper is its programmability. Users can program the gripper&#39;s grasping mode, speed, and force with a teach pendant. A programmable EOAT provides a number of advantages including time savings and cost reduction.
	&nbsp;

	&#8232;&#8232;Robotiq Adaptive Gripper Benefits:

	
		Safety - This robot EOAT is easy on materials and objects. Its design allows for a secure grip without the force that can sometimes damage materials.
		&nbsp;
	
		Versatility - The Robotiq Adaptive Gripper can be used for a variety of applications and a wide variety of different sized and shaped objects. If more precision is needed, the gripper is easily configured to work with vision and force-torque sensors.
		&nbsp;
	
		Simplicity - The gripper offers a simplified approach to robot tooling. Its versatility makes complex fixtures and tooling unnecessary.
		&nbsp;
	
		Speed - Previously, when the EOAT needed to be switched, a tool changer was necessary. With the Robotiq Adaptive Gripper, this component is no longer needed. With the tool changer, cycle times are significantly reduced. The Robotiq gripper is also very fast to set up.
		&nbsp;
	
		Savings - The Robotiq gripper reduces system costs by eliminating the need for a tool changer and fixtures.


	&#8232;For more information contact RobotWorx at 740-383-8383.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 08 Feb 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Top 5 Benefits of Industrial Automation </title>
            <link>http://www.robots.com/blog.php?tag=505</link>
            <description><![CDATA[
	Industrial automation presents today&#39;s manufacturers with a host of unbeatable benefits. Here are the top five reasons to automate with robots or other automated equipment. &#8232;&#8232;
	
	1) Increased Productivity
	The entire purpose behind industrial automation is to increase productivity while maintaining quality. Industrial automation such as robotic systems allows companies to achieve faster cycle times, greater efficiency, and repeatability.
	
	2) Significant Savings
	Robotic workcells and other industrial automation systems are the ultimate in lean manufacturing. They offer a quick return on investment via dramatic increases in productivity and efficiency. Industrial automation not only simplify labor-intensive tasks, thereby reducing workforce costs significantly, it also minimizes the creation of waste materials and products.&nbsp;&nbsp; &#8232;
	
	3) Improved Quality
	Robots and other types of industrial automation are capable of providing consistent, repeatable results. When manufacturers utilize industrial automation, they eliminate the quality control issues involved with human error. With industrial automation, processes can be carefully regulated and controlled, so the quality of the end product is not only reliable it is often vastly improved. So, whether the company is a manufacturer looking to create exact, consistent welds each and every time, or a pharmaceutical company that requires hygienic, cleanroom results each and every time, industrial automation provides consistent, reliable results. &#8232;

	4) Better Safety
	Industrial automation effectively improves workplace safety and protects workers from injury. Robotic systems can endure extreme work environments and work around hazardous substances. By removing workers from limb and life-threatening settings and placing them in more challenging operating and programming jobs, industrial automation improves quality of life and protects the company from costly insurance claims. &#8232;&#8232;
	
	Specific industrial robots are made to work in frigid, explosive, foundry, cleanroom, and other environments that involve potential hazards for human workers. Robots are oblivious to toxic paint and weld fumes. When tending machines, robots move in a pre-programmed manner, so accidents are fewer. In another way, industrial automation used in food and pharmaceutical applications keeps end-users safe from contamination.&nbsp;
	
	5) Competitive Edge
	In order to survive in today&#39;s global economy, companies must remain competitive. Time and time again, industrial automation has provided manufacturing companies with the ability to stay in step with and even move ahead of their competitors. Robotic workcells, for instance, give companies the tools to decrease cycle times, improve quality, and save big. Industrial automation has made it possible for companies to stay strong in the face of economic upheaval and threat of off-shoring.
	
	For more information about industrial automation solutions for your facility, contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 04 Feb 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ABB IRC5 Compact Controller Available for More Robots</title>
            <link>http://www.robots.com/blog.php?tag=504</link>
            <description><![CDATA[Compact workcells call for compact components. The portable, desktop IRC5 controller is one such component, intentionally designed to promote workcell configurations with small footprints. &#8232;&#8232;
When it was first released in 2009, the IRC5 compact controller accompanied the small IRB 120 robot model. Now ABB Robotics is expanding the scope of the IRC5 with line extensions to a total of six robot series: the IRB 120, IRB 140, IRB 260, IRB 360 FlexPicker, IRB 1410, and IRB 1600. &#8232;&#8232;
Many more applications and industries will benefit from the IRC5's compact footprint. Measuring just 258mm x 450mm x 565mm and weighing in at a low 27.5 kg, this small ABB controller cabinet is space-efficient while providing the same level of control as larger cabinets. &nbsp;&#8232;
This new diversity of robot families truly expands the IRC5's range. The 6-axis IRB 1410 is an arc-welding robot. The 6-axis IRB 240 and IRB 1600 are multipurpose arms suitable for anything from arc welding and assembly to machine tending. ABB's delta-style IRB 360 Flexpicker model has found many uses in solar, food, and biotech industries, and the four-axis IRB 260 is designed specifically for packaging. &#8232;&#8232;
For more information, contact industrial automation integrator RobotWorx at 740-383-8383.&nbsp;]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 01 Feb 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Lean Robot Cells with FANUC Dual Check Safety </title>
            <link>http://www.robots.com/blog.php?tag=503</link>
            <description><![CDATA[
	Dual Check Safety (DCS) Position and Speed Check software is truly revolutionary. This option from FANUC Robotics allows a robot to safeguard itself without relying on the extra trimmings and trappings of safety hardware.
	
	Instead, FANUC DCS uses the robot&#39;s own hardware and software features. &#8232;&#8232;With DCS, robots are internally restricted to specific zones and speed is more closely monitored. With fewer safety peripherals and improved robot control, workcell configurations can be tighter, simpler.&#8232;&#8232;

	Benefits of Dual Check Safety Software

	Save on Hardware&#8232;:
	Without internal safeguarding such as DCS, workcells are controlled solely by external hardware components - limit switch, cam systems, area scanners, light curtains, etc. These hardware items can be expensive and complicated to integrate with each other and the robot. With DCS, many of these external safeguards are no longer required. &#8232;

	Save on Space&#8232;:
	Traditional guarding takes up more space. DCS streamlines cells, restricting a robot&#39;s movements only to the operating space. FANUC&#39;s innovative software option makes it possible to build extremely flexible and compact workcells.
	
	More Than One Zone:
	Robots aren&#39;t limited to just one zone of safety either. Multiple safe zones can be turned on and off with a little help from a safety PLC. This flexibility allows for workers to safely enter and exist robot work areas. This level of flexibility exists already, however DCS makes this type of configuration much easier to establish. &nbsp;

	&#8232;FANUC Authorized System Integrator RobotWorx offers DCS to its customers as a way to conserve workcell space and minimize reliance on hardware safety features. For more information about using FANUC Dual Check Safety in your workcell, contact RobotWorx at 740-383-8383. &nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 25 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New from Motoman Robotics: MLX100 Robot Gateway</title>
            <link>http://www.robots.com/blog.php?tag=502</link>
            <description><![CDATA[
	Robot manufacturer Yaskawa Motoman Robotics and factory communications specialist Rockwell Automation have joined forces to offer the MLX100 Robot Gateway. This new control option makes it possible to deploy, program, and support a wide variety of Motoman robots with RSLogix software technology.

	Easy to Use, Configure:
	Since RSLogix 5000 software environment is already widely accepted and understood, the MLX100 Robot Gateway solution dramatically shortens the learning curve when it comes to implementing robotic automation.
	
	MLX Robotics Gateway uses Add-On-Instructions (AOIs) in the RSLogix to program the robots. The MLX100 is&nbsp;a PAC/PLC backplane attachment that works to communicate with drives which are then matched to individual robot servos. The new system can be used to program and support robots with payload ranges of 2-160kg,&nbsp;4-15 axes, and a reach of more than 3m.

	Multiple Uses, Applications:
	The MLX Robot Gateway is suitable for a number of different applications and settings. Utilize MLX100 for palletizing, packaging, and other material handling jobs. Rockwell Automation and Yaskawa Motoman Robotics believe MLX100 will be of particular interest to companies with a material handling needs&nbsp;within&nbsp;food, beverage, home, health, and beauty industries.&nbsp;

	MLX100 was introduced at the 2010 Pack Expo and Rockwell Automation Fair. For more information&nbsp;contact RobotWorx, a Yaskawa Motoman Solution Provider at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 20 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New ABB Robot: IRB 2600ID</title>
            <link>http://www.robots.com/blog.php?tag=501</link>
            <description><![CDATA[
	
	ABB Robotics&#39; newest robot model, the ABB IRB 2600ID, offers the benefits of Integrated Dressing (ID), which routes the cabling and hoses inside and in-line with the wrist and upper arm of the robot. These benefits range from better flexibility and speed, to ease in programming and more compact workcell configurations. &#8232;&#8232;
	
	The IRB 2600ID Basics: &#8232;The ABB IRB 2600ID is a mid range robot with an 8kg payload capacity and generous two meter horizontal reach. It is well suited for machine tending, material handling and arc welding applications.
	
	The standard IRB 2600ID-8/2.00 robot also comes in a large payload variant, the IRB 2600ID-15/1.85. Both variants are equipped with the IRC5 controller. They can be installed anywhere -- floor, wall, shelf, tilted, inverted. &#8232;&#8232;
	
	Advantages of Integrated Dressing:&#8232;&#8232;

	
		Programming: Thanks to ID, programming the IRB 2600ID is much faster and more straightforward. There are no hanging cables to factor into the equation. Nothing has to stop swinging before the robot can move again. According to ABB Robotics, programming time is reduced by 90% with ID design. &#8232;&#8232;
		&nbsp;
	
		Speed: The robot can move at top speed because it is no longer has to wait until cables and hoses cease swinging. ABB Robotics states that this alone results in a reduction of welding cycle times by as much as 15%. &#8232;&#8232;
		&nbsp;
	
		Flexibility: The ABB IRB 2600ID is built with a very compact footprint. Its base width is only 511mm. The integrated dressing design allows for a slimmer arm and wrist. With the additional flexibility, the IRB 2600ID can tackle hard to reach areas and easily conquer circular welds. Furthermore, thanks to the integrated cabling, welds can be much more densely organized -- with as much as 50% more robots, leading to much more output. &#8232;&#8232;
		&nbsp;
	
		Longevity: Integrated Dressing keeps cables and hoses from wearing out as quickly. In fact, they last 2-3x longer. &#8232;&#8232;


	For further information about the new ABB IRB 2600ID model or other new or used ABB robots, contact RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 18 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Lincoln Electric Tandem MIG High Deposition Welding</title>
            <link>http://www.robots.com/blog.php?tag=500</link>
            <description><![CDATA[
	Let&#39;s face it. Tandem bicycles are not very useful. The Lincoln Electric Tandem MIG High Deposition Welding process, however, has many practical applications. Use it to minimize distortion, increase welding speeds, and throughput. &#8232;&#8232;
	
	Previously, tandem welding has described workcells with two or more robots working together. In this case, &quot;tandem&quot; refers to the dual wire, not dual robot set-up. Lincoln Electric Tandem MIG is a revolutionary dual wire GMAW system that welds thick materials quickly and effectively. The process utilizes two power sources, two wire feeders, and two electrodes fed through one welding torch. &#8232;&#8232;
	
	The Details of Teamwork:&#8232;
	The two electrodes work together (in tandem) to provide a high quality weld. One serves as a Lead Arc, the other a Trail Arc. The Lead Arc goes first, creating the weld pool and initiating root penetration. The Trail Arc follows right behind adding filler and perfecting the bead. Lincoln Electric has designed the system so that either electrode can be Lead or Trail Arc, allowing for increased speed and flexibility. If only one electrode is needed, the other can be turned off.
	
	&#8232;&#8232;Perfect for Tough Jobs:&#8232;
	Consider a Tandem MIG solution for tough industrial welding jobs such as off road wheels, ships, railroad, structural, heavy plates, earthmoving equipment. It can handle anything from fillet welds and &quot;V&quot; joints, to &quot;J&quot; and &quot;U&quot; groove butt welds. &#8232;&#8232;
	
	Benefits of Tandem MIG High Deposition Welding:

	
		Speed: The Lincoln Electric Tandem MIG process is designed to minimize the time necessary for performing multipass welds.
		&nbsp;
	
		Reduced Distortion: This process uses a much lower heat input that does not distort the materials as much as a single electrode would. Tandem MIG also allows for better control of the weld pool -- leading to a much better end result.
		&nbsp;
	
		Flexibility: Tandem MIG is quick and efficient.&nbsp; One of the reasons for this being the Lead and Trail arcs can be switched, allowing the robot to weld in either direction. This feature saves a considerable amount of time.&nbsp;

]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 17 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx CEO Makes Donation to OSU Marion</title>
            <link>http://www.robots.com/blog.php?tag=499</link>
            <description><![CDATA[
	RobotWorx CEO Keith Wanner is a firm supporter of his alma mater The Ohio State University (OSU). He is also an enthusiastic advocate of science education. A new building project on the OSU Marion campus offered the perfect opportunity to promote both. &#8232;&#8232;
	
	Wanner recently presented OSU at Marion with a $50,000 donation to be used towards the construction of a new science building. Ground breaking for OSU Marion&#39;s science center is tentatively scheduled for 2012. The building will include laboratories for a variety of sciences such as zoology, botany, physics, and others. It will utilize green building technology and be connected with the existing Larry Yoder Prairie Nature Center. &#8232;&#8232;
	
	David Claborn, Director of Development and Community Relations for The Ohio State University at Marion said the school is very thankful for the generous donation. Wanner&#39;s connections to OSU and vision for RobotWorx are highlighted in the Winter 2011 Traditions Newsletter.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 13 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Robotics Quick Tip Videos</title>
            <link>http://www.robots.com/blog.php?tag=497</link>
            <description><![CDATA[
	No one ever said learning how to properly ship your industrial robot couldn&#39;t be fun.
	
	RobotWorx just started a new robot video series called Quick Tips designed to liven things up. Quick Tip videos provide robot facts and guidelines in a visually interesting and concise manner. Every subject is broken down into easily digestible steps and/or tips. It is our hope that Quick Tip videos will serve as helpful resources for our customers.
	
	Created by RobotWorx Multimedia Designer Cody Rogers, Quick Tip videos feature short presentations from a number of different staff members on topics ranging from selling old robots to maintaining manipulators.
	
	Quick Tip videos are easy to find on our website. Another way to stay informed about new Quick Tip video additions is by subscribing to the RobotWorx YouTube channel.
	
	Here are the topics that have been covered so far:
	
	How to Prepare a Robot for Appraisal 
	Reasons to Avoid Used Machinery Auctions 
	The Top Advantages of Buying a Used Robot 
	How to Ship a Robot 
	
	Questions? Quick Tip video suggestions? Call RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 11 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Equipment Spotlight: Grippers</title>
            <link>http://www.robots.com/blog.php?tag=496</link>
            <description><![CDATA[
	If&nbsp;you need robot tooling&nbsp;to pick up, manipulate, and place your product/part, chances are you&#39;re going to use a robotic gripper.

	Arguably the most common type of end of arm tooling (EOAT), robotic grippers are found in virtually every industry and context from food production and cleanroom environments to foundries and distribution centers.

	Robotic grippers come in a variety of types, sizes, and configurations&nbsp;-- friction, encompassing, hydraulic, pneumatic, electric, magnetic, etc. Here&#39;s a video demonstration of some of the types of robotic grippers RobotWorx has integrated: Grippers.
	
	RobotWorx&#39; integration team works with each customer to determine which robotic grippers is best suited to the application, workcell design, and most importantly, the part/product. Some products, for example, will be damaged if too much force is applied while others can handle significant amounts of force. A number of factors, such as tooling cost, force necessary, part weight, and acceleration /deceleration rates are considered when selecting a robotic gripper solution.

	Find out more about the&nbsp;variety of robotic grippers available...

	Friction vs. Encompassing:
	Grippers can be broken down into two basic categories: friction and encompassing.

	
		Friction robotic grippers hold the part with force alone.
	
		Encompassing robotic grippers surround the part and do not exert as much force.


	Generally speaking, friction grippers are a better match for harder materials, while encompassing grippers are well-suited for softer materials. If the part or product being manipulated is flexible (bags, for instance) then an encompassing jaw style is best. Once again, deciding between friction and encompassing styles involves carefully evaluation of the product and application.

	Source of Force:
	Robotic grippers are powered in many different ways. Cost, space constraints, part material and weight are just some of the things that are considered when narrowing down the source of your robotic gripper force.

	&nbsp;

	

	
		Pneumatic Grippers
		The most popular robotic gripper type, pneumatic grippers are compact, lightweight, and capable of applying a significant amount of force. Compressed air is readily available and pneumatic grippers don&#39;t have the added bulk of motors and gears so they can be incorporated into tight workcells. Pneumatic grippers are often combined with other elements&nbsp;-- magnets and suction cups for example.
		&nbsp;
	
		Hydraulic Grippers
		Need more force? Hydraulic grippers are often used when a sizable amount of force is necessary. However, hydraulic grippers can involve more mess with the oil, pump, and reservoir, etc.
		&nbsp;
	
		Electric Grippers
		Electric grippers are becoming more popular because they are cleaner and easier to maintain than hydraulic grippers while providing the same amount of force. With help from microprocessors, electric grippers are much more adaptable. Electric grippers include motors so they can be larger than pneumatic options.


	Gripper Fingers and&nbsp;Jaws:
	Robotic grippers come in many different designs. The length of the jaws can have an impact on cycle speed and effectiveness. Longer jaws many be necessary depending on the workcell and application (example: removing a part from an injection mold machine). In addition, grippers are commonly constructed with two or three fingers (actuators) for grasping an object. Integrators consider the size and construction of the part being manipulated to determine how many actuators are best.&nbsp;

	For more information about robotic grippers, call the RobotWorx Sales Department at 740-383-8383.&nbsp;
	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 10 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Welding Systems that Exceed Expectations</title>
            <link>http://www.robots.com/blog.php?tag=495</link>
            <description><![CDATA[
	&#8232;
	If your company&#39;s new year&#39;s resolutions included goals like faster weld cycle times, increased throughput, and upgraded automation you&#39;ve come to the right place. &#8232;&#8232;
	
	RobotWorx sells pre-engineered and customized robotic welding systems, each one designed to help your company reach every last welding workcell objective. Find out some of the ways our robotic welding systems exceed client expectations.
	&nbsp;

	
		Reliability and Variety: &#8232;
		Looking for a Motoman ArcWorld, KUKA ARK cell, or a Fanuc welding system? As an official integrator for Motoman, FANUC, and KUKA, RobotWorx is able to provide customers with their choice of top-quality pre-engineered workcells, robot models, software, and welding peripherals. In addition, we work with many other robot manufacturers and parts suppliers. We also refurbish and resell used robot arms. &#8232;&#8232;
		&nbsp;
	
		Configuration Flexibility: &#8232;
		From fixed single and dual stations to more mobile, positioner options, RobotWorx offers a host of different workcell configurations designed to achieve faster cycle times and top quality weldments. Choose from pre-engineered workcell designs or work with our engineering staff to plan the best configuration for your shop and product. We&#39;ll tailor the system to fit your needs, whether it&#39;s achieving a compact footprint, minimizing fumes, or handling more parts. &#8232;&#8232;
		&nbsp;
	
		Affordability: 
		Interested in keeping the overall cost of a welding workcell down? RobotWorx offers many cost-saving robotic welding system options. In addition to special offers and discounts, RobotWorx provides hybrid workcells that integrate new and used components for a top quality, affordable solution. Reconditioned used robots provide a less costly option and excellent ROI.
		&nbsp;
	
		Support: 
		All RobotWorx workcells are covered under warranty. New robots are supported by manufacturer&#39;s warranties and used robots by RobotWorx&#39; complete warranty. Legal software is included. &#8232;&#8232;
		&nbsp;
	
		Usability: &#8232;
		Our robotic welding systems are designed to be user-friendly and easy to install. And that&#39;s not all. RobotWorx provides companies with free robot training. Need a robotic welding system soon? RobotWorx provides speedy shipment.


	&#8232;&#8232;Call RobotWorx&#39; Sales Department at 740-383-8383 to find out more about robotic welding systems.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 06 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Sponsors IEEE at UIC Robotics Team</title>
            <link>http://www.robots.com/blog.php?tag=494</link>
            <description><![CDATA[
	&#8232;The IEEE Robotics Team at the University of Illinois at Chicago (UIC) has taken on a serious design challenge. They&#39;re building a robot to compete in the 24th annual Jerry Sanders Design Competition (JSDC).
	
	Held in March, the JSDC brings college design teams together for two days of intense robot battling. This year&#39;s challenge involves Nerf balls! RobotWorx is proud to be a IEEE at UIC Robotics Team sponsor.
	
	&#8232;&#8232;In this interview team captain Michal Talarczyk talks about the group, the competition, and their design strategy.
	
	RobotWorx: How many students are on the UIC Robotics Team? 
	Talarczyk: We currently have 11 active members. These members attend meetings, add input on our online forums, present research to the group, and design and work on assigned tasks.
	
	RobotWorx: What majors are represented on the team?
	Talarczyk: The majority of our group members are majoring in Electrical Engineering and Computer Engineering, but we also have members that are majoring in Bio-Engineering and Physics. &nbsp;We don&#39;t have specific guidelines on who can join. &#8232;&#8232;My belief is that diversity in our members&#39; studies gives us the ability of interconnecting our knowledge by working on a common goal. This prepares us for the real world where more than likely we will have to work with others that may not necessarily have the same degree. Also a huge advantage to having a diverse group is that we are able to share our knowledge on the different components and mechanics of the robot.
	
	RobotWorx: Does the IEEE Robotics Team have an advisor?
	Talarczyk: We work with everyone. We gather information from our teachers, counselors and anyone that we can get a hold of that may be able to answer our questions or explain what we are stuck on. We also work with counselors and past teachers to tour our community and the campus classes to get others interested in our team and in our school.&#8232;
	
	RobotWorx: Does your robot any distinguishing characteristics? 
	Talarcyzk: It will be about 3&#39; x 3&#39; x 2&#39; high. We are fortunate enough to be supplied with titanium for our robot chassis through a generous sponsorship. It will have a robotic hand that we designed. It will be powered by two motors, each motor will power two wheels, so in total the robot will be four wheel driven, the robot will be able to move at speeds of around 16 to 18 mph.
	
	&#8232;&#8232;RobotWorx: What has been the most difficult design challenge so far?
	Talarcyzk: For this competition we have to be able to pick up four inch Nerf balls from the ground and transfer them to 4&#39; x 4&#39; x 9&quot; high basin. In the competition there will be also three other teams competing in picking up as many balls as they can and putting them inside their own basin for points. There will also be &quot;tasks&quot; that the robot can perform for additional point like &quot;opening a door&quot; and &quot;firing a cannon&quot;. &#8232;&#8232;The trouble is you can only pick up one ball at a time and steal one ball at a time from the other three team&#39;s basins.
	
	So the difficulty comes in making the best device to perform all those tasks. We went through a design which used a vacuum to pick up balls of the ground, which was insufficient since they were four inch diameter foam balls that we had to pick up and the vacuums that we tested (handheld Dirt Devil vacuums) weren&#39;t powerful enough to lift up the balls, plus we wouldn&#39;t be able to perform any additional task. We also had the idea of using a conveyor belt to sandwich balls between it to draw them up into the robot, but again we weren&#39;t able to perform actions.&#8232;
	
	We made a list of what we needed the arm to do before we made or tested any of our new ideas; able to rotate 180 degrees sideways, change height, grasp objects, pick up balls, and extend about three feet forward (for stealing). Then we came up with two plans for our robotic hand: one that resembled a crane and the other where we used a linear actuator attached to a hand. I&#39;m still in the process of getting all the details together for the two plans, like how to position wires going to the hand (grasper) so they don&#39;t need to be on the outside of the robot.
	
	RobotWorx: What do you see as the main challenges of this year&#39;s JSD competition course/assignment?
	Talarcyzk: The hardest part of the project so far is for the group to decide on a set design. We went through countless drawn designs and prototypes before we decided on a set design. That took the most time thus far, but I&#39;m glad that it did since we found many flaws with our past design, which saved us both time and money in the long run. &#8232;&#8232;We are on a tight budget so we have to be conservative with our design. We always have to measure twice and cut once. We had to design and make our own parts to fit within the budget. This isn&#39;t always a bad thing, since we are taking a deeper look into each part that we put into the robot. I&#39;m sure that we will run into many more problems, but as a team I know we&#39;ll be able to overcome them.
	
	RobotWorx: Is there anything else you&#39;d like to add?
	Talarcyzk: I am starting the Robotics team back up again for IEEE and the support of companies like RobotWorx helps us make it possible to compete in this year&#39;s JSDC. We are honored to display your company&#39;s logo on our t-shirts, posters and robot to show your support in the community. We look forward to working with RobotWorx this year.&#8232;&#8232;
	
	Stay tuned for more updates about the IEEE at UIC Robotics Team RobotWorx sponsorship.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 04 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>We Sell Robotic Paint Equipment</title>
            <link>http://www.robots.com/blog.php?tag=493</link>
            <description><![CDATA[
	Primer, finish coat, clear coat, glue, powder, glaze...
	You name it, we&#39;ve got robotic paint equipment to keep you covered. &#8232;&#8232;
	
	RobotWorx offers robotic paint equipment to satisfy the most exacting specifications. Take your pick of KUKA robotic paint equipment, Motoman robotic paint equipment, and FANUC robotic paint equipment as well as painting equipment from other manufacturers.
	
	&#8232;&#8232;Explosion-Proof Design:
	Robotic paint equipment is very application specific. Painting robot arms, wrists, and many controllers are designed to work in potentially combustible environments.
	
	Application-Specific End Effectors: 
	When it comes to robot painting EOAT, there are many options ranging from traditional spray guns to more sophisticated &#39;bell&#39; applicators, with or without electrostatics to focus and control the paint application. Robotic paint equipment offers a high level of application control - everything from fluid flow and fain air, to atomization and voltage. &#8232;&#8232;
	
	Benefits of Robotic Paint Equipment:&#8232;
	As robotic painting continues to evolve, its benefits continue to multiply. Take a look at some of the main advantages offered by robotic painting equipment:&#8232;

	
		Material Savings: Robots save paint because they don&#39;t overpaint or overspray.
		&nbsp;
	
		Application Quality: The painting process can be finely controlled with robotic painting equipment, so the end result is very precise.
		&nbsp;
	
		Improved Accessibility: Painting robots offer additional dexterity. Not only can they access hard-to-reach areas of a part, their work envelope can be easily expanded with tracking.
		&nbsp;
	
		Footprint: At the same time, because of arm mounting flexibility robotic painting equipment opens the door for more compact painting booths - leading to even greater savings opportunities.
		&nbsp;
	
		Safety: Manual painting jobs expose workers to harmful fumes and toxins. Robotic painting equipment remains unscathed by the dangerous environment.


	&#8232;Call today for all your robotic paint equipment needs: 740-383-8383.&nbsp; &nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 03 Jan 2011 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Why to Choose Small Industrial Robot Arms </title>
            <link>http://www.robots.com/blog.php?tag=492</link>
            <description><![CDATA[
	It is always important to select the right tool for the task. The same rule of thumb is true when it comes to choosing a robot.
	
	Larger robots are built to provide more stability and reach. They can lift heavy objects and span larger distances. On the other end of the spectrum, small industrial robot arms are more appropriate for tasks with lighter payload and compact work envelope needs. &#8232;&#8232;
	
	If the parts/products lifted weigh less than the 20kg, and the distance traveled is less than 1300mm, your best solution is a small industrial robot arm. Small industrial robot arms are ideal for assembly, machine tending, pick and place, dispensing, and many other applications. They are used in a variety of industries ranging from pharmaceuticals and electronics to food and packaging.
	
	&#8232;&#8232;Affordability: 
	Generally speaking, small industrial robot arms are less costly than larger models. Reconditioned models provide even greater savings opportunities. RobotWorx carries a wide selection of new and reconditioned smaller robots from major manufacturers such as Motoman, Fanuc, and KUKA.&#8232;&#8232;
	
	Versatile Mounting:
	Small industrial robot arms are lightweight and compact, so they can be installed in a number of different locations: ceiling, wall, tabletop, shelf, floor, etc. This allows for more creative and space-efficient workcell designs. &#8232;&#8232;
	
	Performance: 
	Smaller robots provide exceptional speed, repeatability, and precision. They help companies cut cycle times and increase productivity. &#8232;&#8232;
	
	Interested in learning more about small industrial robot arms? Contact RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 29 Dec 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Achieve Top Palletizing Speeds with Fanuc M-420iA</title>
            <link>http://www.robots.com/blog.php?tag=491</link>
            <description><![CDATA[
	Ready to take material handling to the next level? Consider a robotic solution like the robust Fanuc M-420iA model.&#8232;&#8232;
	
	The Fanuc M-420iA is designed to increase throughput and minimize downtime. Have press machines to feed? Boxes to pack? Pallets to stack? This multitasking robot is well suited for a variety of applications ranging from pick and place and palletizing to packaging and machine tending. You&#39;ll find that a palletizing robot such as the Fanuc M420 robot will provide the speed and cycle time consistency you require.&#8232;&#8232;

	See the robot in action! - Fanuc M420iA video

	Quality with the Fanuc M-420 Robot:
	&#8232;Material handling jobs are repetitive and precision-driven. The Fanuc M420 robot is fashioned to provide excellent performance at high speeds. It is capable of +/-0.5mm repeatability and a 40kg payload.
	
	Strength, Flexibility, and the Fanuc M420:&#8232;
	The sturdiness of this specialized palletizing robot is derived from its four, rather than the traditional six, axis design. A simple, four axis structure makes the Fanuc M420 an extremely reliable tool for any pick and place need.&nbsp; &nbsp;
	
	At the same time, the Fanuc M-420iA robot has a wide work envelope (1855mm horizontal reach) and more than sufficient flexibility to take care of a number of different material handling stations and needs at the same time. This multitasking robot offers an affordable solution. &#8232;&#8232;
	
	Support and the Fanuc M-420iA:
	&#8232;RobotWorx is an authorized Fanuc integrator. When you purchase a Fanuc such as the M-420iA from us, the robot comes fully equipped with legal software and a full warranty. &#8232;&#8232;
	
	Have we piqued your interest? Give our sales department a call at 740-383-8383 for pricing and other details.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 27 Dec 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Section 179: Take Advantage of Tax Deduction in 2010</title>
            <link>http://www.robots.com/blog.php?tag=490</link>
            <description><![CDATA[
	Considering purchasing robots, workcells, or other robotic equipment soon? Why not make this capital investment now, before the end of the year. This way you can take advantage of Section 179 tax incentives. &#8232;&#8232;
	
	Expanded Section 179&#8232;
	The Small Business Jobs Act passed in September doubled the previous deduction limits. Now companies can spend up to $2M and deduct as much as $500,000 from their tax return. To be eligible to deduct these expenses from your 2010 tax return, your business must purchase (or finance) a robot before the end of the year. Don&#39;t delay! December 31st is fast approaching. &#8232;&#8232;
	
	Speedy Delivery!&#8232;
	Not sure you can buy and install your robots that fast? RobotWorx is here to help with short lead times and loads of support. We&#39;ll find the right robot solution for your needs and make sure you meet your December 31st purchase and installation deadline.
	
	Call RobotWorx today -- 740-383-8383. Visit www.irs.gov for more details about Section 179.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 07 Dec 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Join RobotWorx on Facebook, Twitter, YouTube </title>
            <link>http://www.robots.com/blog.php?tag=488</link>
            <description><![CDATA[
	
	Want to keep up with the latest specials and deals from RobotWorx? Join our online community and benefit! Here are three ways to connect with RobotWorx via social media:
	
	
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	&nbsp;

	
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	&quot;Follow us&quot; on Twitter:
	Twitter is known for its immediacy. When you &quot;Follow&quot; RobotWorx on Twitter you&#39;ll be able to find out about all the blogs, news, and robot specials right when they happen. Have a quick question? Just direct message us! We&#39;ll be back with you in a jiffy! Plus, we keep an eye out for robot-related articles and news and retweet those to our followers, too.
	&nbsp;

	&quot;Like us&quot; on Facebook: 
	
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	Join the RobotWorx circle on Facebook. This is another terrific way to stay in the know when it comes to robot deals, new robot arrivals, preventive maintenance facts, workcell videos and much more! Recently, we&#39;ve been posting fun robot quizzes.&nbsp;&nbsp; 

	&nbsp;
	
	&quot;Subscribe&quot; to our YouTube Channel:
	
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	Lights, camera, action! When you subscribe to the RobotWorx YouTube channel, you get front-row seats to all of our robot films. We&#39;re constantly uploading new videos from our shop. This way, you won&#39;t miss any of them! As an industrial robot integrator, RobotWorx works with a number of different robots, applications, and industries. Our videos provide companies and robot enthusiasts with closer look at the capabilities of industrial robots. &nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 02 Dec 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>IFR: Robot Sales Soaring Worldwide </title>
            <link>http://www.robots.com/blog.php?tag=487</link>
            <description><![CDATA[
	According to data compiled by the International Federation of Robotics (IFR) companies throughout the world have been investing in industrial robots this year. Over 100,000 robots have been purchased in the last nine months.
	
	Why Is This Happening Now?
	The IFR links the dramatic increase in robot sales to a number of influences. First of all, they believe robots are helping companies respond to an increased need for eco-friendly manufacturing and eco-friendly end products. Second, IFR states that robots are helping a lot of companies become more productive. Third, the IFR pointed to increased competition within consumer markets as another contributor.
	
	Who&#39;s Buying Robots? 
	The majority of robot sales have been from the automotive manufacturing and electronics industries. Another area of growth was seen in robot purchases by plastics and automotive part manufacturers.&nbsp;
	
	How Does This Affect You? 
	As demonstrated by this data, investing in industrial robots is more than a smart move - it&#39;s a survival tactic. The numbers don&#39;t lie. More and more companies throughout the world are turning to industrial robots to remain competitive, improve product quality, and meet changing market needs. Don&#39;t fall behind - automate!
	
	Contact RobotWorx for robot pricing and availability: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 19 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Looking Sharp: New ABB IRB 2600 Robots</title>
            <link>http://www.robots.com/blog.php?tag=486</link>
            <description><![CDATA[The ABB IRB 2600 robot trio is at your service. Comprised of two short arm versions, the IRB 2600-12/1.65 and IRB 2600-20/165, and one long reach model, the IRB2600-12/1.85, this 'sharp generation' robot series offers a number of unique features. 
Robots for Many Purposes:
These three well-rounded robots are equipped for a variety of applications: arc welding, machine tending, pick and place, etc. They are extremely flexible, quick, and accurate. The short arm versions provide 12kg and 20kg payload capacities. The long arm IRB 6200 has a 12kg capacity. Plus, the IRB 2600-20/1.65 model can handle up to 27kg when tasked with a pick and place job where the wrist remains vertical. 
Generous work envelope abilities (horizontal reaches of 1.65m and 1.85m) also contribute to what these robots are able to accomplish. All IRB 2600 robots are IP67 rated. Foundry safe versions are also available. &nbsp;&nbsp;&nbsp;

Breaking out of the Mold:
The ABB IRB 2600 robots can be installed virtually anywhere: wall, floor, inverted, tilted, shelf. This installation versatility opens doors for unique workcell configurations. Flexible mounting possibilities allow for better part access and more compact, creative robot placement in the system. 
Using Up Very Little Space:
The new ABB IRB 2600 trio of robots is very efficient when it comes to conserving square footage. A small footprint and a slim, lightweight design allow this robot to move more freely and conserve space. These robots weigh less than 300kg.Their compact base measurements do a lot to expand the IRB 2600 work envelope - there isn't anything to get the way when they extend forward and below. 
For more information about ABB multipurpose robots contact RobotWorx at 740-383-8383.&nbsp;]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 18 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Compact Motoman Robotic Welding Systems </title>
            <link>http://www.robots.com/blog.php?tag=484</link>
            <description><![CDATA[
	When you reduce the amount of space a robotic welding system takes up, you reduce the amount of energy it uses. Square footage represents dollars because floor space has to be lit, heated, and cooled. In addition, the larger the components are in a cell the more energy they are likely to consume - a larger robot takes more power to manipulate than a lithe one).
	
	With this in mind, Yaskawa Motoman Robotics has created three extremely compact robotic welding systems: the ArcWorld II-50, ArcWorld C-50, and Arcworld IV-6200SL.
	
	These slim, streamlined workcells offer top-quality, cost-effective welding solutions while maintaining a condensed footprint. Some of the ways Motoman has achieved its goals include streamlining robot arms, eliminating wasted workcell space, and utilizing new, space-saving components. Let&#39;s take a closer look.
	
	ArcWorld II-50 and Arcworld C-50
	The footprints of these snug little robot cells have been reduced by 22%! Yaskawa Motoman&#39;s space-saving secret is the controller placement. By building the controller tightly into the system, the overall footprint shrunk considerably. The ArcWorldl II-50 and C-50 can be outfitted with either the MA1400 or the 7-axis VA1400 robot models. Both the Master Arc and Versatile Arc series feature no-fuss, internally routed cabling and advanced axis motors. They offer a slim, lightweight arm design that takes less energy to move. Plus, these slim arms are built strong - payload capacity remains undiminished.
	&nbsp;
	ArcWorld IV-6200SL 
	The newest space-saving option from Motoman is the ArcWorld IV-62000SL &quot;SlimLine&quot; workcell. This dual-robot is 33% slimmer more traditional arc welding systems.Motoman accomplished this by using specially designed positioners. The &quot;slimline&quot; trunnion positioners (the MRM2-250XSL and MRM2-750M3XSL) fit neatly into the cell with only one meter of room to spare. Maintenance is taken care of from the front of the positioner, allowing the workcell to be built even slimmer.
	
	Compact Motoman Cell from RobotWorx
	Looking for more compact options? RobotWorx offers a number of pre-engineered and custom workcell options featuring Motoman robots. These robotic welding systems can be tailored to fit specific part, application, and other criteria. In fact, these customized workcells often provide the most cost-effective option.

	Interested in conserving space, cost, and time with a Motoman robotic welding system? Call RobotWorx at 740-383-8383.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 17 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Gain an Advantage with Robotic Laser Welding </title>
            <link>http://www.robots.com/blog.php?tag=485</link>
            <description><![CDATA[
	Robotic laser welding is a cost-effective and flexible application for achieving high quality weldments. The combined flexibility of the robotic arm and capabilities of laser welding technology produce very sophisticated results.
	
	In fact, laser welding offers so many advantages that some companies have switched their MIG and other welding applications over to laser welding.
	
	Fast, Precision-Driven Welding:
	The speed and accuracy provided by robotic laser welding solutions is unparalleled. The laser beam creates a very deep and precise weld, without inputting as much heat or energy into the material as is necessary for more traditional welding applications. Because the heat-affected zone is so much smaller, the weldment is more precise.
	
	No Touch-Up Necessary:
	Welding without having to constantly rework or refinish? Most welding processes require a touch-up so the seam can look better. Not so with laser welding.
	
	Laser welding is extremely focused, which allows it to weld clean. There isn&#39;t the distortion in the base material or seam that you often see with other applications. The resulting weldments are more attractive, making this the perfect application for sheet metal applications that require a clean finished look. Finally, with less refinish / machining work to be done, laser welding is able to provide faster production times.
	
	Versatility:
	Laser welding is an attractive option because it is not limited to a specific type of metal. Instead, it is suitable for a variety of different base materials. This adds greater flexibility to the application. In another way, robotic laser welding offers extreme flexibility when it comes to welding hard-to-access parts. The focused laser beam is more direct and less damaging to the material.
	
	Interested in exploring a robotic laser welding solution? RobotWorx carries a variety of industrial robots and workcells. Call today to discuss the options: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 17 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Miller Electric and Panasonic Team Up</title>
            <link>http://www.robots.com/blog.php?tag=483</link>
            <description><![CDATA[
	Miller Electric Mfg. Co. and Panasonic Welding Systems Co. Ltd. recently announced a strategic partnership. From now on, Miller Welding Automation, a newly established business unit with Miller Electric Mfg. Co., will be the distributor of Panasonic robotics welding arms in North America.
	
	Miller Welding Automation will combine the strengths of both companies &nbsp;- robotic arms and electronic components from Panasonic, welding power sources and support from Miller Electric - to create complete turnkey systems. Miller Welding Automation will support the resulting pre-engineered robotic welding systems.

	Miller Electric Mfg. Co. is based out of Appleton, Wisconsin. A Miller Welding Automation facility will be located in Carol Stream, Illinois, with a Canadian office in Mississauga, Ontario. Mr. John Winek will oversee the new business unit. As part of the partnership arrangement, Miller Electric Mfg. Co. purchased certain assets of the Panasonic Factory Solutions Company of America.
	
	Miller Welding Automation plans to work closely with systems integrators to provide customers with solutions tailored to individual application needs. For information about purchasing a Miller Welding Automation welding system, contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 09 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Pack Expo 2010: Industrial Robots in the Spotlight</title>
            <link>http://www.robots.com/blog.php?tag=481</link>
            <description><![CDATA[
	According to the Robotics Industries Association (RIA), material handling is currently the largest and fastest growing robot application. Robots are well suited for a wide variety of material handling applications: pick and place, packaging, sorting, assembly, processing, palletizing, etc. Recent advancements in sensor and vision technologies are opening more doors for robots to contribute in a number of material handling capacities.
	
	So it comes as no surprise that industrial robots had a strong presence at Pack Expo International 2010, the premier packaging tradeshow. In fact, many of the major robot manufacturers see Pack Expo as an opportunity to reveal their latest material handling products and workcell solutions. 
	
	
	Starting a Revolution: KUKA Robots 
	KUKA Robotics chose Pack Expo 2010 setting to debut a brand new product - a unified robot controller. Created in collaboration with Rockwell Automation, this new technology effectively (and simply) links KUKA PA-series robots with the Rockwell Automation ControlLogix controller. KUKA believes this new technology will streamline and revolutionize robotic automation.
	
	In addition, KUKA Robotics showcased a number of material handling solutions featuring PA series robots. Two palletizing cells, one with a KR 100 PA, the other with a KR 180 PA, gave Pack Expo 2010 attendees a demonstration of the power, speed, and accuracy provided by KUKA handling robots.
	
	Neat and Nimble: FANUC Robots
	Pack Expo 2010 was crawling with Fanuc &quot;spider&quot; robots, the M-1iA and M-3iA. Capable of extremely fast and accurate movements, these parallel-link robots are ideal for low-payload (up to 6kg) assembly and low-payload pick and place needs. Show attendees were treated to multiple demonstrations of the robots&#39; arachnid-like capabilities.
	
	Fanuc Robotics also revealed a brand new robot, the M-410iB/140H, for bag and box palletizing applications. With a streamlined wrist and arm, the M-410iB/140H provides a compact solution that effectively conserves energy and space. USDA-approved, food-safe M-430iA robots were among FANUC&#39;s pick and place demonstrations.
	
	From Blackjack to Food: Motoman Robots
	Motoman Robotics&#39; SDA10D demonstration was both entertaining and informative. &quot;Dexterbot&quot; was programmed to deal blackjack. More humorous still, the SDA10D had a jack-o&#39;-lantern for a head! The SDA10D display gave attendees a good feel for the speed, dexterity, and dual-arm capabilities of this model. The SDA10D was outfitted with MotoSight 2D.
	
	Another unique model, the IA20 &quot;snake,&quot; displayed its powers of accessibility and insane flexibility in another cell. Additional workcells featured MPK2 and MPK4 food handling robots and packing MPK50 models.

	Interested in a robotic material handling solution? RobotWorx is an official integrator for Motoman, KUKA, and FANUC. Contact our sales department at 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 08 Nov 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Five Reasons U.S. Companies Should Automate Now</title>
            <link>http://www.robots.com/blog.php?tag=482</link>
            <description><![CDATA[
	Right now, businesses in the United States are facing some tough challenges including offshoring pressures, approaching work shortages, fierce competition, and economic upheaval.&nbsp;

	Robots offer a way to fight back and stay strong. Consider the unique benefits robots provide for U.S. manufacturing companies at this unique point in time.
	
	1. Combat Offshoring:
	Manufacturing companies in the United States don&#39;t have contend with the unforeseen costs and hassles posed by offshoring. Robots allow manufacturing and other companies to remain on U.S. soil while still achieving offshoring goals (i.e. low cost, high quality production). Robots offer a much more reliable way to keep manufacturing costs down and remain competitive in the global economy. &nbsp;
	
	2. Prepare for Skilled Worker Shortage:&nbsp;
	It may seem hard to believe considering the current unemployment rate, but the United States will soon be facing a severe worker shortage. According to a recent Industry Week article, over the next five years baby boomers (making up 40% of the workforce) will begin retiring en masse and there won&#39;t be enough workers with similar skill sets to fill the openings. Worker populations in specific applications, such as welding, will be especially hard hit. Prepare your company for this inevitable shortage by investing in industrial robots. &nbsp;
	
	3. Compete Locally and Globally:
	Industrial robots make it possible for U.S. companies to keep up with both domestic and foreign competitors. As mentioned earlier, robots are reliable tools that can effectively keep costs down and quality consistent. This way your company can compete with low labor costs abroad, respond easily to product and packaging changes, as well as streamline and increase production.
	
	More and more businesses are turning to robots to gain a competitive edge. During the first nine months of this year, robot orders from North American companies have increased 34%. Don&#39;t fall behind! Invest in robots today.

	4. Take Advantage of Tax Incentives:
	Recent legislation makes automating with robots even more advantageous for U.S. manufacturing companies. The Small Business Jobs Act extended and expanded Section 179. Now equipment (both new and used) that is ordered and put into use in 2010 or 2011 is eligible for the tax write-off. In addition, the thresholds have doubled. Companies can write-off the first $500,000 (not just the $250,000). The cap on purchases has grown from $800,000 to $2 million.
	
	5. Strengthen the Country:
	The United States has been through some difficult times of late. The economy is still recovering from a recession and unemployment is at a record low (9.6% according to the BLS). With robots you have a chance to give back - to make sure you contribute to building up this nation. Be a force of change: staying onshore, providing robot techs and programmers with jobs, and contributing to the country&#39;s economic wellbeing.&nbsp;
	
	Interested in robots for your company? Contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 05 Nov 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Sales in North America Jump 34%</title>
            <link>http://www.robots.com/blog.php?tag=480</link>
            <description><![CDATA[
	As the economy recovers and more businesses realize the competitive advantages robots provide, the number of robot orders is rising steadily. North American companies are buying robots again - thousands of them!
	
	The Robotics Industries Association (RIA) has its finger on the pulse of these developments. The most recent statistical report from the RIA combined data from all the North American based robot manufacturers.
	
	According to the RIA, North American companies purchased 9,628 robot units (estimated value: $618.4 million) over the first nine months of this year. Compared with 2009 data, these numbers represent a 34% increase in units and a 45% increase in dollars.

	Increases in robot orders didn&#39;t only come from North American companies. RIA reports an additional 1,778 robots (representing another $102.6 million) ordered by companies located outside of North American borders. When placed beside Jan-Sept. 2009 numbers, these stats show a 143% unit gain and 168% dollar increase.
	
	What kind of businesses are purchasing all these robots? The answer might surprise you. While robot orders from automotive companies are up 18%, roughly half (52%) of the total orders are from non-automotive companies. Non-automotive orders increased 53% from last year.

	Non-Automotive Industry &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; Percentage Increase

	Semiconductor/
	electronics/photonics.....................124%&nbsp;
	Metals................................................99% &nbsp;&nbsp;
	Plastics and Rubber.......................62%
	Life Sciences/Pharmaceuticals/
	Medical Devices..............................54%
	Food/Consumer Goods..................41%

	Application Stats &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Percentage Increase

	Coating and Dispensing...............78%
	Arc Welding.....................................65%
	Material Handling...........................60%

	To discuss robotic automation solutions for your company, contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 03 Nov 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Conserve with New Fanuc R-1000iA/100F Robot</title>
            <link>http://www.robots.com/blog.php?tag=479</link>
            <description><![CDATA[
	Simplify your energy and floorspace requirements with the new compact robot from FANUC Robotics. The R-1000iA/100F high speed robot makes it possible for companies to condense workcell space and ultimately utilize resources more efficiently.
	
	The R-1000iA/100F robot&#39;s 100kg payload capacity is well suited for a variety of applications from spot welding and material handling to machine tending. An IP67 rated wrist gives the robot protection from wet environments.
	
	Streamlined Design Changes Everything:
	Compared to other spot welding and material handling robots, the R-1000iA/100F has a slim build. This allows the robot to move much faster (saving energy) and require less workcell space. Whether you&#39;re looking to conserve space by placing more robots in a single workcell, or install robots in closer proximity to positioners and other peripherals, this robot is the answer. It can be installed on the floor or inverted and mounted from the ceiling.

	Conserving with Internal Safety Features:
	FANUC Robotics has incorporated a number of safety features into the robot itself. This saves floor space and simplifies installation, programming and use. Dual Check Safety (DCS) and Position Check are internal safeguards that confine the robot to a specific work space. Previously, a more complex arrangement of external safety peripherals was necessary to keep the robot in check. These external peripherals required more space and monitoring.

	For more information about the R-1000iA/100F and other Fanuc spot welding and material handling solutions, contact RobotWorx at 740-383-8383. The FANUC R-1000iA/100F robot will be available for purchase in 2011. &nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 02 Nov 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New FANUC M-410iB/140H Palletizing Robot</title>
            <link>http://www.robots.com/blog.php?tag=478</link>
            <description><![CDATA[
	With Fanuc&#39;s newest material handling robot you can palletize and depalletize at lightning speeds!
	
	The M-410iB/140H robot is designed to dramatically reduce cycle times and space requirements. Compact, quick, and wide reaching, this five-axis robot simplifies the toughest material handling jobs.

	A Very Speedy Robot:
	The &quot;H&quot; at the end of the model name refers to the M-410iB/140H&#39;s incredible speed. This robot can handle 1,900 palletizing cycles an hour. Broken down, each of these palletizing cycles includes 400mm up and down movements and 200mm horizontal movements. The M-410iB/140H performs each cycle in under two seconds!

	High-Density Design:
	Tight quarters don&#39;t faze the M-410iB/140H. This new Fanuc robot features a compact wrist and integrated cable design. Because it is streamlined, the M-410iB/140H can easily work in close proximity to other robots, conveyors or other equipment without cable interference or accessibility problems. Install this palletizer to the floor or a riser. The compact design also allows for ease of movement in environments with low ceilings.
	
	Equipped for Palletizing:
	The M-410iB palletizing robot family now includes five models: M-410iB/140, M-410iB/160, M-410iB/300, M-410iB/450kg, M-410iB/700. Each one is built with five axes for added rigidity. With payloads ranging from 140kg to 700kg, this palletizing line provides an answer to common bag and box palletizing needs.The M-410iB robots are controlled by the advanced R-30iA.
	
	A Multitasker:
	The M-410iB/140H has a widework envelope and a number of other design features that allow it to work on multiple lines at once. Aided by iRVision technology, the sophisticated R-30iAcontroller, this palletizing robot is an ideal solution for multitasking morethan one bag and box application.

	Interested in learning more about this or other FANUC palletizing solutions?Call RobotWorx: 740-383-8383.&nbsp;
	
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 01 Nov 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>5 Things You Should Know Before Buying a Robot</title>
            <link>http://www.robots.com/blog.php?tag=477</link>
            <description><![CDATA[Ready for robots? As you consider taking the plunge into robotic automation, keep the following five points in mind.

1) It's Important to Assess Your Needs and Goals

The more you know about your application and product, the easier it will be to transition to robots and communicate your vision to your integrator and your staff. Carefully evaluate the ins and outs of the process you want to automate. Make sure to consider your current needs and your future needs. Additional flexibility can be built into the system if these things are considered in advance.
Outline the automation goals and gather factual support to back them up. What challenges will the robot need to overcome? What are the throughput, cycle time, and quality requirements? What sorts of hazards and/or ergonomic issues have workers been facing? This kind of pre-thinking will make for faster, more efficient communication and a better final product.

2) An Integrated Robot System Always Trumps An Arm

Surprisingly enough, choosing to purchase a fully integrated workcell rather than a solitary robotic arm can save time, minimize costs, and preserve your sanity.&nbsp;
While cheaper, a robot arm is just the bare bones: manipulator, teach pendant, and controller. All the rest is up to you to integrate, configure, and finish. On the other hand, a workcell includes every necessary component -- safety environment, tooling, positioner, operator station -- all working in harmony. 
Avoid unexpected delays and multiple headaches by working with an integrator to build a custom robot system to match your needs. 

3) Robots Are Not Replacements 

Robots are machines. While they are able to work 24/7, in the dark, without stopping, don't forget that robotic systems still need to be maintained, programmed, and monitored. Parts still need to be fixtured, loaded, or unloaded, etc. There are still many jobs to be done -- by workers, engineers, operators, and robot technicians. 
It's important for companies and workers to understand that robots can offer opportunities for jobs to shift and coexist. Introducing robots into a workplace can cause a lot of upheaval because workers feel threatened. Companies need to clearly communicate with workers the reasons for automating. The more people know about the goals and economic forces leading the company to buy robots, the more comfortable they will be with the change. In addition, it's vital for leaders/managers to be involved in the process of designing and planning the robot system. 

4) Creative Savings Options Exist
A robotic system is a sizeable investment. However, there are some easy ways to shave hundreds to thousands of dollars off the final cost. Consider saving money with pre-owned and hybrid system options.
&nbsp;
Fully reconditioned, pre-owned robots offer excellent performance and reliability - for less than half the cost. RobotWorx' selection of pre-owned robots includes Motoman, FANUC, KUKA and many other robot models. 
Mix and match your way to savings with a hybrid workcell option. These affordable systems have both brand new and &nbsp;pre-owned components. Pair a new robotic arm with a pre-owned positioner, or a pre-owned robotic arm with cutting-edge tooling - the options are endless!

5) Robot Training is Extremely Valuable 
Get the most out of your automation experience by testing out your new equipment and learning how to program your robot with help from trained professionals.&nbsp;Again, it's important to involve key managers/engineers at this stage so they can become more comfortable with the technology and less threatened by their new tasks (programming, maintenance, monitoring). Training will allow for faster robot installation and implementation. 
&nbsp; 
Many robot manufacturers and integrators offer training courses and classes. RobotWorx includes training with every robot system purchase. 
Interested in learning more? Contact RobotWorx at 740-383-8383.]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 29 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robots: An Alternative to Offshoring</title>
            <link>http://www.robots.com/blog.php?tag=476</link>
            <description><![CDATA[
	Faced with the pressure to produce high quality products at lower and lower costs, many American companies have decided to set up production overseas. However, despite the lure of cheaper labor in locations like China, Taiwan, and India, offshoring isn&#39;t without drawbacks.
	
	If you think offshoring is the only option to keep your business alive and ahead of the competition, you&#39;re wrong. Robotic automation provides a viable alternative. There&#39;s less risk and none of the hidden costs commonly associated with offshoring. Robots could be your company&#39;s ticket to survival on home soil.
	
	A New Trend: Reshoring
	In light of increasing problems with offshoring, some companies are starting to return manufacturing and service jobs to the U.S. This new movement goes by many names, including reshoring, onshoring, and insourcing. According to a recent report from CNBC, Caterpillar is thinking about this option, and General Electric, Wham-O, and Ortho Mattress are returning production to the states after realizing the many advantages.
	
	The Benefits of Onshoring with Robots: &nbsp;&nbsp;&nbsp;&nbsp;

	
		Quick return on investment (ROI) - Although robots require an initial investment, they quickly pay for themselves. A robotic welding system for example, is capable of doing the work of as many as four manual welders. Take a look at the robot ROI calculator.
	
		Reliable Quality - Industrial robot performance is consistent, quick, and repeatable. With the introduction of robots expect to improve product quality significantly.
	
		Cycle Times - Robots are capable of providing efficient, consistent production speeds. The resulting throughput is much more calculatable. Plus, robots can work 24/7.
	
		Flexibility - Ever flexible and quick to reprogram, robots can accommodate product, packaging, and a host of other changes to design and application.
	
		Less Waste - Robots are environmentally-friendly. They can work in lights out facilities and their efficiency and repeatability minimizing waste.
	
		Jobs, Stronger Economy - American companies have been offshoring for decades and it is taking its toll. It has contributed to America&#39;s soaring unemployment rates, which are currently hovering just below 10% (BLS). Robots allow you to be a part of the nation&#39;s economic recovery.
	
		Tax Benefits - The recently passed Small Business Jobs Act, which includes the Section 179 provision, makes it even more beneficial to invest in robots now.


	Still weighing the pros and cons? Let&#39;s take a closer look at some of the difficulties that go along with offshoring a business.

	The Siren&#39;s Call: Disadvantages of Offshoring
	Offshoring is far from risk-free. Companies that choose to offshore often face unexpected difficulties and costs. If you&#39;re considering this option, make sure to check your math and make sure it&#39;s really as good a deal as it seems at first.
	
	- Shipping-related Risks:

	
		Lost cargo issues
	
		Delays in delivery
	
		On the water costs


	- Host Country Risks:

	
		Government instability
	
		Exchange rates changing over time
	
		Language barriers
	
		Quality management long-distance
	
		Long lead times
	
		Potentially training competitors
	
		Wage increases (most recently in China)


	For more information about reshoring, onshoring, or insourcing with industrial robots, call RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 26 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Buy Robots and Benefit from Small Biz Jobs Act</title>
            <link>http://www.robots.com/blog.php?tag=474</link>
            <description><![CDATA[
	Thinking about investing in new or used robotic equipment soon? Go for it! Now&#39;s the time to take advantage of newly expanded tax incentives for 2010 and 2011.
	
	On September 27, 2010, Obama signed the Small Business Jobs Act into law. The provisions within this new law are designed to encourage business owners to improve and grow their businesses with equipment purchases. The hope is that stronger, less financially burdened companies will be free to create more jobs. &nbsp;
	
	Take a closer look at how provisions within the Small Business Jobs Act can benefit your company.
	
	New and Improved Section 179
	Section 179 applies to both new and used equipment purchases ordered and put into service in 2010 and 2011. Thresholds for the Section 179 expensing provision have been increased by 100% under the new law. Previously, companies could write off the first $250,000 on purchases up to $800,000. Now, the first $500,000 spent on equipment can be expensed and the cap is increased to $2 million.
	
	50% Bonus Depreciation
	The 50% Bonus Depreciation only applies to new equipment purchases. It has been extended to the end of the 2010 tax year and can be combined with the Section 179 provision.

	Have questions? Call RobotWorx Sales Department to find out more: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 25 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robots the Best Way to Keep Jobs in America</title>
            <link>http://www.robots.com/blog.php?tag=475</link>
            <description><![CDATA[
	Anti-robot sentiments are on the rise. There&#39;s a lot of chatter online right now about a study published by MIT economist David Autor. In a nutshell, Autor states that while American manufacturing is strong, middle class jobs are dying out and robots are to blame. A lot of robot apocalypse fear and finger pointing (at robots) has ensued.
	
	America&#39;s recent economic difficulties aren&#39;t helping the response to this news. National unemployment levels are currently at 9.6% (BLS). Those who have jobs are holding on to them for dear life, so any threat to job security is demonized - especially robots.

	However, there&#39;s a much more positive way to look at the robot issue. Perhaps it&#39;s time to start understanding the contribution that robots have in keeping our economy alive. A closer look at the issue doesn&#39;t have to result in a doom and gloom response. Ultimately, robots offer opportunities to keep and create new and better jobs for Americans.

	
		Robots Strengthen American Businesses:
		Interestingly enough, Autor&#39;s study doesn&#39;t indicate that American manufacturing is weakening. In fact, this study proves that we have robots to thank for having any manufacturing strength at all. In fact, robotic automation allows companies to expand their capabilities, reduce costs, and increase production.
		
		As robotic technology continues to advance (vision capabilities, greater speed), this can only benefit more and more American manufacturers. Equipped with better technology, businesses can enter new markets and compete on a global scale.
		&nbsp;
	
		Robots Combat Offshoring:
		Offshoring is an ever-present threat to American jobs, far more grave than robots. According to a survey conducted by Princeton Economist Alan S. Blinder, it&#39;s a trend that has the potential to continue - possibly taking as many as 25% of the nation&#39;s jobs.
		
		Robotic automation is one of the ways businesses can remain competitive in the global economy without offshoring. Robots provide an incredible ROI. They allow companies to produce top quality products for less - the goal of offshoring. Furthermore, they improve productivity, throughput, and product quality - so businesses can stay strong and stay on American soil.
		&nbsp;
	
		Robots Create New, Skilled Jobs:
		As with the first industrial revolution, new technology is changing jobs and requiring new skillsets. In many cases, laborers can transition into new positions taking care of and managing robotic systems, Manual welders and engineers make for the best robot operators. Robotic systems are machines; they must have people working on them that have an intimate knowledge of the process/application.
		
		With the introduction of robots, many employees have the opportunity to move on to higher paid, more challenging roles. Amar Toor of Switched puts it this way: &quot;...robots, like any other new technology, will put an even higher premium on education and skilled labor. Which, in the grand scheme of things, is actually a good thing for humanity.&quot;
		&nbsp;
	
		Not Just Better Jobs, But Better Conditions:
		A lot of the industrial labor jobs involved in manufacturing are quite dangerous, dirty, and dull. By taking over these tasks robots are actually saving lives and improving worker health and morale. With the introduction of robots, workers can transition to less hazardous jobs. No longer must workers endure the searing heat of foundry furnances, risk amputation as a result of a press tending accident, or slump into depression from boring, repetitive work.
		&nbsp;
	
		The Robot Industry Generates Jobs:
		A recent article from RIA president Jeff Burnstein underlined the fact that the robotics industry itself is also creating jobs for Americans. The U.S. divisions of large robotics manufacturers such as ABB, Motoman, FANUC, and KUKA provide multiple employment opportunities. In addition, small business robot integrators and companies dealing in used robots provide still more job openings for engineers, laborers, fabricators, and salespeople.


	Interested in learning more? Call RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 22 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Incentive to Buy: FREE Robot Training</title>
            <link>http://www.robots.com/blog.php?tag=473</link>
            <description><![CDATA[
	At RobotWorx we turn what is usually a hidden cost into an opportunity for customers to save. Robot training can be extremely expensive - sometimes as much as $2,000 for a single course. Avoid this extra hidden cost when you purchase robots from RobotWorx. We provide robot training free of charge, saving our customers hundreds to thousands of dollars.&nbsp;

	&nbsp;

	How Much Training is Included for Free?


	One to three days of one-on-one training sessions are included free with every robot system purchase. Beyond that, unlimited &#39;solo&#39; training is allowed and absolutely free. The only time you&#39;ll be required to pay a cent for training is if you desire more tutorial sessions beyond the three-day limit. &nbsp;
	&nbsp;
	Where Does it Take Place?
	We&#39;re not into stuffy classroom settings and virtual learning. At RobotWorx you&#39;ll be training right in our showroom - surrounded by industrial robots. All training is hands-on and is held at our Marion, Ohio facility. Customers work directly with a robot arm and teach pendant, learning through experience.
	
	Who Can Train and Who Conducts Training?
	We&#39;ll train anyone - from company owners to technicians. We encourage anyone who will be working directly with robot operating and programming, or training others at your facility to take advantage of this opportunity. One-on-one training sessions are led by RobotWorx&#39; robot technicians and engineers.&nbsp;
	
	When Does Training Start?
	Upon purchasing a robot system from RobotWorx, customers can schedule free robot training with one of our robot technicians. Customers start out with one full day of one-on-one training but they are encouraged to stay for as many as three.
	
	What is Covered in RobotWorx&#39; Robot Training:
	Our courses are extremely flexible and can include anything from a programming refresher to a complete introduction to robots, maintenance, and safety. Our one-on-one robot tutorial sessions are designed to allow customers to gain a basic working knowledge of the components of the robot system as well as robot programming. Call our sales department at 740-383-8383 for more details.
	
	Why Robot Training is Important:
	Whether this is your first robot purchase or your fifteenth, anyone can benefit from robot training. This is a valuable opportunity to familiarize yourself with the ins and outs of the teach pendant, controller, and robotic arm, as well as various safety features and peripherals. With proper robot training you&#39;ll be able to install your robot and start production much faster. Don&#39;t miss out!
	
	Ready to grab a teach pendant and learn about robots? Call 740-383-8383 for more robot training information.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 20 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Deep Discounts on New Motoman Robots</title>
            <link>http://www.robots.com/blog.php?tag=472</link>
            <description><![CDATA[
	New robot models can be quite an investment. That&#39;s why many companies opt for used robots or put off buying robots altogether. RobotWorx has an alternative - brand new Motoman robots at discount prices. This way you can achieve your automation goals without going into debt.&nbsp;

	Passing on the Savings
	How is this possible? RobotWorx recently became one of Motoman&#39;s premier Solution Providers. Through this partnership, RobotWorx has access to Motoman products at reduced rates, savings it can then pass on directly to the customer. &nbsp;
	
	Variety of New Robots
	RobotWorx&#39; discount offer extends to all new Motoman models. If you&#39;ve been on the fence about which model to purchase, the reduced pricing is a strong incentive to opt for cutting-edge Motoman equipment.

	Integration Options
	Interested in a low-cost workcell featuring brand new Motoman robots? Now&#39;s your chance to save even more! RobotWorx has the expertise, experience, and manufacturing partnerships to provide the best and most affordable robotic system on the market.
	
	Not Only Savings
	As a Motoman integrator RobotWorx not only provides customers with the latest and greatest robots, but also the full line of licensed software options. Plus, every new robot model&nbsp;is protected with a&nbsp;complete warranty from the manufacturer.
	&nbsp;
	For more information about RobotWorx discounts on new Motoman robots call 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 11 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Lincoln Electric Power Supplies for Welding Robots</title>
            <link>http://www.robots.com/blog.php?tag=469</link>
            <description><![CDATA[
	The success of robotic welding applications does not rely solely on the robot. Other workcell components have a vital role to play in contributing to and controlling the final welding results. Power sources are a prime example.
	
	Lincoln Electric has created four power sources capable of integrating with robotic systems: Power Wave i400, PowerWave 455M Robotic, PowerWave 455M/STT Robotic, and PowerWave 655 Robotic.
	
	Find out just how smart robotic welding components have become and how much control operators can have on the robotic welding process.
	
	Waveform Control
	All four Lincoln Electric power sources come with Waveform Control Technology. This tool makes it possible to finetune your waveform - making sure it fits the specific welding application, wire type and dimensions, and shielding gas. The travel speed, shape of the welding bead, even the penetration and appearance can all be specified and adjusted so your welding robot provides the best possible performance.
	
	You can program everything on your own or choose from over 60 different program variations. As always, the focus is on the end result, and Waveform Control Technology allows you to perfect the final weld quality with precision and ease.

	Application Versatility:
	Whether you need a power source for MIG, Pulsed-MIG, Flux-Cored, Metal-Cored, or Tandem MIG applications, you&#39;ll find your solution among these four Lincoln Electric power sources.
	
	The PowerWave 455M/STT Robotic power source is ideal for more finicky applications and softer materials. The Surface Tension Transfer (STT) Process keeps heat input, spatter and fumes to a minimum while achieving the optimal weld performance. On the other hand, the PowerWave 655 power source is well-suited for robotic welding dense, thick materials.
	
	Communication is Critical:
	Lincoln Electric robotic welding power sources interface digitally with robotic controllers and other pertinent workcell components using ArcLink technology.&nbsp;

	Ease of Use:
	The PowerWave robotic welding solutions are modular, meaning they can work with different types of machines, not just robotic ones. They are also compact, making it easy to integrate them into tight workcell configurations. Last, Lincoln Electric makes sure each of its power sources are maintenance friendly.

	Interested in purchasing a Lincoln Electric robotic power source for your welding robot? Contact RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 08 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Make Money with Surplus Robots</title>
            <link>http://www.robots.com/blog.php?tag=471</link>
            <description><![CDATA[
	It pays to sell your surplus robots to RobotWorx. That&#39;s because we promise to give you 10% more than any competing offer! Don&#39;t miss this opportunity to make money off of your surplus robots.
	
	Make a Profit and Clean House:
	Maybe you just upgraded the robots in your production line. Perhaps you&#39;re stuck with some robotic equipment from an auction. However you came by your surplus robots, if you&#39;re not using them they&#39;re just taking up valuable room. Make some quick cash and gain extra warehouse space by selling them. &nbsp;
	
	Time is of the Essence:&nbsp;
	It&#39;s wise to sell your surplus robots sooner than later. Robot technology is constantly evolving, so sell before your particular robot or controller loses any value. Call RobotWorx to see what your robot is worth.

	Surplus Robots We&#39;re Looking For: The RobotWorx acquisitions team is always on the lookout for robots to purchase. We&#39;re particularly interested in FANUC, Motoman, KUKA, ABB, Nachi, and Panasonic robot models. Not sure if your robot is of interest to us? Give us a call and send in some pictures. We&#39;ll be able to send you an offer that day! (Tips: We pay close attention to the condition of the robot arm and the controller. Also - don&#39;t cut any cables!).&nbsp;
	
	We look forward to hearing from you!&nbsp;740-383-8383.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 08 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Many Benefits of Automated Pipe Welding </title>
            <link>http://www.robots.com/blog.php?tag=470</link>
            <description><![CDATA[
	Automated pipe welding offers a host of advantages, from increased production speed and exceptional flexibility, to material savings and dramatically improved end product quality.&nbsp;

	Unparalleled Flexibility:
	Pipe welding requires finesse and flexibility. Different pipe dimensions, materials, fittings call for different welding applications, torch angles, etc. Automated pipe welding provides a reliable, flexible solution. It accommodates straight cut pipe welds as well as fittings such as a Sockolet, Threadolet, or Elbolet.

	A 6-axis robotic arm is capable of quick, efficient torch positioning. It saves time and provides unbeatable flexibility while maintaining optimal weldment quality.&nbsp;

	Quality: Automated pipe welding produces exceptional weld quality.&nbsp;

	
		Control and Integration - Every element of the process can be monitored and controlled - from voltage, current and wire feed speed to torch angle and weld penetration. Adjustments to workpiece positioners, torch orientation, welding power source, robotic arm movements allow for fine-tuned, precise results.


	
		Advanced Technology - On their own, robots are extremely consistent and accurate. When combined with sensors, through-the-arc tracking, and even vision software, robotic pipe welding is a force to be reckoned with. Automated pipe welding offers higher deposition welds and greater fusion.&nbsp;


	Savings:&nbsp;Automated pipe welding saves time and materials.

	
		Materials - This approach to welding is consistent and repeatable. With robots welding, the results are the same every time, so there isn&#39;t the variation in quality that can sometimes occur with manual welding. Fewer do-overs equals less wasted product material and better throughput.
	
		Time - Automated pipe welding allows you to calculate cycle times with much more precision. Increased flexibility and speed when positioning the welding torch leads to shorter cycle times. In addition, off-line programming options allow for performance adjustments to be made without incurring unnecessary downtime. &nbsp; &nbsp; &nbsp; &nbsp;


	For more information about automated pipe welding, contact RobotWorx at 740-383-8383. &nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 07 Oct 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Workpiece Positioners from ABB Robotics</title>
            <link>http://www.robots.com/blog.php?tag=467</link>
            <description><![CDATA[ABB Robotics' new line of workpiece positioners promises to offer powerful, quick, and user-friendly options for robotic workcells. Each of the nine new positioners is well-suited for a variety of applications, including arc welding, metal finishing, deburring, and thermal cutting. 
A number of upgrades and changes make this line one of the most versatile and accessible. The positioners are designed to work in synch with the workcell robot(s). They use the same software and drives as the ABB industrial robots.
Heavy-Duty Design
This ABB positioner generation is built with greater payloads. They can now accommodate parts ranging from 250kg to 5,000kg. Payload capacity on ABB positioners IRBPK and IRBPR were increased to 1,000kg to provide more workcell versatility. 
Positioner Diversity
In addition to a variety of payload options, ABB's modular positioners provide a selection of different workcell configurations. The new generation has everything from fixed tables to rotating tables and Ferris wheel positioners. Choose from single, twin, and multiple station options.&nbsp;
Improved Cycle Times
A number of ABB software features work to optimize workcell cycle times. Dynamic High Performance Positioner (HPP) software is particularly valuable. It calculates and accommodates for gravity, inertia, and friction. Another software program, LoadID, figures out the exact weight of parts plus tooling.
Straightforward Build
ABB workpiece positioners are intentionally built to be accessible and easy to maintain. Software features make programming much faster and more automated. Additionally, the simplified modular design of ABB's positioners means there are fewer moving parts, thus fewer parts to maintain.&nbsp;&nbsp;
Interested in ABB robots or workpiece positioners? Call RobotWorx at 740-383-8383.&nbsp;]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 30 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Combined Forces: Fanuc and Lincoln Welding Robot Cell</title>
            <link>http://www.robots.com/blog.php?tag=468</link>
            <description><![CDATA[
	Lincoln System 20 Weld Cell is a unique collaborative project between FANUC Robotics and Lincoln Electric. This complete robotic welding system is comprised of cutting edge equipment from both companies. Built with a Lincoln Electric Power Wave i400 power source and AutoDrive 4R100 wire feeder, it features a FANUC ARC Mate 100iC robot.

	The cell is built to provide quick cycle times, minimize air cut time, improve weld quality, and conserve space. Modular and compact, the Lincoln welding robot cell is also portable&nbsp;- forklift pockets make it easy to move anywhere. A complete safety environment and maintenance-friendly features (sliding side doors) are also included.

	The Lincoln System 20 Weld Cell is just one of the many options available to a customer looking for a pre-engineered workcell, especially if you happen to be searching for a reconditioned, more affordable welding solution. RobotWorx&#39; line of turnkey systems are available with similar configurations.

	As a FANUC Authorized Integrator we offer a full line of certified new and used robot models. Over the years, RobotWorx staff has integrated numerous robotic systems with Lincoln Electric welders and power sources. We can speak to the high quality and craftsmanship provided by both Fanuc Robotics and Lincoln Electric products.

	Interested in learning more about this winning combination? Ask our sales team about the Fanuc and Lincoln welding robot cell or other turnkey welding workcells: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 30 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>IFR: 2010 a Good Year for Industrial Robot Sales </title>
            <link>http://www.robots.com/blog.php?tag=466</link>
            <description><![CDATA[
	According to a report from the International Federation of Robotics (IFR), the future is bright for industrial robots.
	
	Industrial robot sales have risen dramatically this year, thanks to economic recovery in the United States, emerging Asian markets, and renewed interest from the automotive sector.
	
	Robot Data from 2010:
	IFR reported a 27% increase in robotic sales in 2010 - approximately 76,000 robotic units. Furthermore, IFR predicts this surge will continue growing with 10% increases each of the next three years.
	
	More Asian Companies Invest in Robots:
	According to the IFR study, this year saw more robot orders from Asian companies (China, South Korea, and other South-East Asian countries). Japan and North America robot sales stats returned to normal levels.
	
	Automotive Industry Recovers:
	There has been more demand for robots from automotive companies as they seek to upgrade production facilities, broaden their scope, and invest in cutting-edge technology.
	
	Robots Now More Flexible:
	The 2010 IFR report also noted changes that are happening to industrial robots technology. Overall, robots are becoming more versatile, accurate, and user-friendly. &nbsp;Robot programming, for instance, has become much more accessible. Plus, robots are designed to better accommodate short cycles and quick consumer product changes.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 29 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Interview with &quot;Sliced&quot; Producer</title>
            <link>http://www.robots.com/blog.php?tag=464</link>
            <description><![CDATA[
	A Panasonic VR-005 CII from RobotWorx will be featured on a special &quot;Robots&quot; episode of The History Channel&#39;s Sliced this&nbsp;Saturday. An interview with Associate Producer for the episode, Jeff Boedeker, explains how this came about.
	
	RobotWorx: Why did you decide to focus on industrial robots in this episode?
	
	Sliced:&nbsp;The robots episode has quite a few different types of robots. But we wanted to include a revolutionary robot that has changed and helped how people work - that is industrial robotic arm.
	
	The robotic arm is by far the most complex and intelligent robot in our episode. We knew we would not have a robotics episode if we did not showcase the very important role industrial robots play in the world of robotics.
	
	RobotWorx: Why should audiences watch this particular episode?
	
	Sliced: This series is what we consider &quot;infotainment&quot;. It may not appeal to the serious engineer, and it may not be the most practical way to see how robots work - but it is fun and very informative to the everyday American. Anyone who is even slightly interested in robots will enjoy the episode. It is a light program to learn, in a very unusual and fun way, how an eclectic mix of robots work. &nbsp;
	
	RobotWorx: While researching this episode and cutting into the robot, what were the most surprising things you found out about industrial robots?

	Sliced:&nbsp;We had a blast with the setup and slice of the robot. We work in a very visual medium, so we knew going into this it was going to be one of the more difficult episodes to produce. We had to focus on the visual, and were surprised that each joint has its own motor. &nbsp;Perhaps to those in the industry this would be very obvious, but for us, we assumed there was just one big motor at the bottom the powered and controlled the whole unit. &nbsp;Instead, we learned, it is actually quite similar to a human arm. &nbsp;

	RobotWorx: What made you decide to work with us?
	
	Sliced: RobotWorx was an easy find online, as with many companies. &nbsp;However, we can quickly tell which company will be a good fit for the program and television production. &nbsp;RobotWorx was a perfect fit. &nbsp;&nbsp;
	
	First, we found the RobotWorx was one of the most respected companies in the industry. Information is key to creating television, as we produce content we initially have little to no knowledge about. Obtaining this information with a quick turnaround is not always easy with large companies.
	
	RobotWorx has been incredibly accessible to our management and producing team, and we have had an open line of communication - something not always available with companies. In short, we were excited to produce this episode, and RobotWorx was excited to help us make it the best possible program of the series. That&#39;s a great recipe for an easy collaboration. &nbsp;

	RobotWorx: How was the experience working with RobotWorx staff /product?
	
	Sliced: [RobotWorx has] perhaps&nbsp;been the easiest to work with throughout the season. The openness and accessibility, matched with very accurate information, has made our jobs much easier. One of the challenges of the program is simplifying it for our general audience, and for the production team. RobotWorx gets that and has helped translate the complex language and workings of its industrial robotic arm to an understandable form.
	
	And that&#39;s not all...
	RobotWorx&#39; industrial robot will share the spotlight with a Roomba vacuum cleaner and Zoltar fortune-teller. Tune in this Saturday, October 2nd at 8AM to see robots sliced and diced. &nbsp;
	www.history.com/shows/sliced
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 28 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc CERT Mobile Training Cart</title>
            <link>http://www.robots.com/blog.php?tag=465</link>
            <description><![CDATA[
	Learning and teaching robot programming is straightforward with FANUC&#39;s portable cart.
	
	The FANUC Robotics CERT Mobile Training Cart provides everything you need for training staff or students: hardware, software, a portable cart, plus the robot. It arrives completely assembled and ready to use. A 110 volt transformer allows the cart to be plugged in virtually anywhere - whether you&#39;re in a classroom or out on the shop floor. &nbsp;
	
	Top of the Line Equipment
	FANUC&#39;s training cart comes complete with every software and hardware component. The system features FANUC&#39;s latest mini LR Mate 200iC robot, material handling EOAT, a fixture set, PLC, air compressor. The CERT Mobile Training Cart is outfitted with a FANUC iR Vision system and FANUC HandlingTool software. &nbsp;
	
	Safe and Easy to Move
	The cart is designed to provide authentic training opportunities while at the same time providing a very safe learning environment. The system is completely encased by Lexan walls.&nbsp;Heavy-duty wheels and compact sizing make the CERT Mobile Training Cart easy to move from place to place.

	Interested in a CERT Mobile Training Cart? Call FANUC Authorized Integrator, RobotWorx at 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 28 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>IMTS 2010: KUKA Ark Cells and More</title>
            <link>http://www.robots.com/blog.php?tag=462</link>
            <description><![CDATA[
	Robots, robots everywhere! The recent International Manufacturing Technology Show (IMTS) was awash with new robotic technology - from KUKA ark cells and Motoman dual-arm models, to Fanuc spider robots and the mighty M-2000iA/1200.

	If you didn&#39;t happen to be among the 82,411 attendees wading through the sea of 1,728 exhibitors, don&#39;t panic. It&#39;s our duty as a Motoman Solution Provider, KUKA Official System Partner, and Fanuc Authorized Integrator to keep you informed about all that is cutting edge in the robotics industry.
	
	RobotWorx staff is thrilled about all the brand new robotic solutions we can now offer customers! Here&#39;s our IMTS robot roundup:

	KUKA Robotics Ark Cells:
	KUKA introduced its new line of pre-engineered Ark Cells at IMTS 2010. Designed to provide quick, efficient welding answers, KUKA Ark&nbsp;Cells feature KUKA arc welding robots and are available in more than&nbsp; 30 system configurations. The line of KUKA Arc Cells can accommodate parts ranging from 2&#39; x 2&#39; all the way to 10&#39; x 4&#39;. Parts being welded can weigh&nbsp;as much as&nbsp;10,000 lbs.

	The ST-1 84 KUKA Arc Cell was on display at IMTS 2010. Outfitted with a KR6 welding robot and a super-speed turntable, this workcell is designed for quick, high-quality welding.

	FANUC Robotics Variety: 
	Fanuc showcased a diversity of industrial robots at IMTS 2010.&nbsp; Some of the most impressive models were the assembly spider robots M-1iA and M-3iA. These parallel-link robots demonstrated their dexterity and accuracy. When equipped with Ir Vision packages, these nimble robots are capable of carrying out complex pick and place
	operations.

	On the other end of the spectrum, Fanuc Robotic&#39;s heavyweight champion, the M-2000iA/1200, wowed IMTS attendees with its powerful size and strength. The Super Heavy Payload&nbsp;M-2000iA version can handle up to1350kg! It also provides an&nbsp;expansive work envelope.

	Yaskawa Motoman Robot Innovations: 
	New offerings from robot manufacturer Yaskawa Motoman included a &quot;Slim Line&quot; arc welding workcell, the ArcWorld IV-6200SL. This compact, quick cycling system features a space-efficient positioner and two &quot;Master Arc&quot; MA1400 robots.

	Yaskawa Motoman highlighted the unusual capabilities of the SDA dual arm robot line with machine tending and pick and place demonstrations. SDA robots possess human-like dexterity and flexibility as well as unique work envelope dimensions and payload capacity.

	In addition, Yaskawa Motoman introduced a new heavy payload material handling robot, the MH215. This multitasking robot model is ideal for palletizing, machine loading, spot welding, and other applications.

	RobotWorx: Your Source for New Robot Technology 
	For more information about purchasing any of the FANUC, Motoman, or KUKA robotic solutions showcased at IMTS 2010, contact RobotWorx: 740-383-8383.
	
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 27 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Refurbish and Rebuild: The Used Robot Process</title>
            <link>http://www.robots.com/blog.php?tag=460</link>
            <description><![CDATA[
	RobotWorx employs a multi-step process when returning a used robot to like-new condition. Attention is given to every component, every function. Tests are run and adjustments made.

	Once the used robot passes through these refurbish and rebuild stages it is considered ready for integration and resale. RobotWorx&#39; used robots provide an affordable, reliable, and full warranty option for customers.

	How We Refurbish Robots:
	The first step to refurbish a used robot is a thorough cleaning. We clean each robot with a portable dry ice machine. This approach is not only environmentally safe it is faster than more traditional cleaning methods.&nbsp;Next, the entire unit receives a&nbsp;more detailed cleaning with wire brushes, cloths,&nbsp;and some chemical cleaning agents. This is where we pay special attention to refurbishing the interior of the control cabinet. Later, following any testing and rebuild processing, the robot and controller receive a fresh coat of paint.

	&nbsp;

	&nbsp;

	**VIDEOS:
	RobotWorx Reconditioning Process&nbsp;
	168-Point Robot Inspection

	The Steps to Rebuild a Robot:
	During the rebuild and refurbish&nbsp;process, RobotWorx staff visually inspect every inch of the robot, from cabling and controller components to axes and arm covers.&nbsp;

	The next steps call for more investigative work and routine replacement. Lubricants in the arm are flushed out and exchanged with new grease. Fans within the controller are tested. Batteries are replaced and electronic components (amps, boards, servo motors, wire harness) inspected, tested, and replaced if necessary.

	Finally, we test functionality and repeatability. Any adjustments to axes or internal communications take place at this point.

	Interested in learning more about RobotWorx&#39; refurbish and rebuild process? Call us at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 23 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>MH-Series Yaskawa Robots Now with Large Payloads</title>
            <link>http://www.robots.com/blog.php?tag=459</link>
            <description><![CDATA[
	Yaskawa Motoman Robots has recently expanded its multipurpose Material Handling (MH) robot series. The newcomer, MH215, is a fast-moving and powerful solution for large product handling.

	Made for Top Performance
	Large part processing is easy for this mighty robot. The MH215 is engineered with high-durability drive units in each major axis. In spite of this robot&#39;s high-speed abilities, it provides unparalleled high moment and inertia ratings. Repeatability is a stable +/- 0.2mm.

	Taking on Tough Tasks
	The MH215 is a great match for machine tending, pick and place, spot welding, cutting, and other tough applications. It offers significant financial savings and layout simplicity when used as a parts positioner and conveyor. The MH215&#39;s work envelope is quite expansive, with a 3,894mm vertical and 2,912mm horizontal reach.

	MH Swells to Include High-Payloads
	The MH-series ranges from the low payload MH5 and MH6 (and variants) to the mid-range MH50 and two extended reach models, the MH50-35 and MH50-20. Now, with the MH215 (as well as possible payload variants of 165kg, 185kg, and 250kg) the series has moved into an entirely new arena.

	RobotWorx is an authorized integrator of Yaskawa robots. Call today for more information about the MH series: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 21 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Motoman SDA Two Arm Robot Series</title>
            <link>http://www.robots.com/blog.php?tag=458</link>
            <description><![CDATA[
	Motoman SDA (Slim Dual Arm) robots combine human-like movement with robotic speed, dexterity, and repeatability.
	
	A perfect match for assembly, pick and place, machine tending, and other applications, these unique robots are designed with a central &quot;torso&quot; and two articulated arms. The&nbsp; Motoman SDA series has three robot models with graduating payload capacities: the SDA5D, SDA10D, and SDA20D.
	
	The Ultimate in Flexibility:
	Motoman SDA robots have a total of 15 axes of movement, seven in each arm, one in the base. The two arms can be programmed to work&nbsp;independently or together. Put a slightly different way,&nbsp;SDA arm&nbsp;movements can be synchronized or completely distinct.
	
	Take Advantage of SDA Teamwork:
	With a two arm robot, the need for costly positioners and tooling is minimized. One arm can act as the positioner, holding the part in place, while the other arm performs the rest of the application (i.e. welding, assembly).
	
	Double the Distance, Payload:
	SDA robots provide more payload and work envelope options. When both arms work together, their payload capacity compounds. The SDA20D, for instance, has a 20kg payload per arm, for a combined 40kg payload. In the same manner, the two arms of SDA robots can work together to offer exceptional horizontal reach from side to side of the torso.
	
	Stay in Control, Stay Safe:
	Motoman two arm robots work with DX100 controllers. Plus, all cabling is routed inside the arms and torso, increasing safety and making for easier programming.
	
	For more information about two arm robot solutions from Motoman, call RobotWorx at 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 17 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New FANUC ARC Mate 100iC/10S Robot</title>
            <link>http://www.robots.com/blog.php?tag=457</link>
            <description><![CDATA[
	FANUC&#39;s new ARC Mate 100iC/10S works in settings that make other robots claustrophobic.
	
	Close quarters and high-density workcells are ideal environments for the ARC Mate 100iC/10S short arm version. Its cropped forearm, 1,098mm reach, and streamlined design allow for greater dexterity and less interference with other robots, positioners, and peripherals.
	
	The FANUC ARC Mate 100iC/10S paves the way for more efficient use of interior workcell space. Furthermore, this robot&#39;s installation flexibility (ceiling, wall, angle, floor) allows for creative, space-efficient positioning.
	
	The FANUC Arc Mate 100iC/10S has a 10kg payload, which easily accommodates heavy welding torches. The arm is designed with a space to mount the wire feed unit, thus minimizing cabling. Internally routed wires and cables keep the ARC Mate 100iC/10S safe and easy to program.
	
	FANUC&#39;s new Arc Mate is quick and agile, offering faster cycle times and +/-0.05mm repeatability. Choose between controllers R-30iA or R-30iA Mate.
	
	For more information about the FANUC ArcMate 100iC/10S or another robot from the ArcMate series, call 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 14 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Motoman Thermal Robots for Sale</title>
            <link>http://www.robots.com/blog.php?tag=454</link>
            <description><![CDATA[
	Searching for a robot solution for thermal applications such as arc welding or spot welding? Check out the wide selection of Motoman thermal robots and robotic workcells available from RobotWorx.

	Individual Thermal Robots
	Quick, flexible, and accurate, Motoman thermal robots provide excellent performance and cutting-edge technology. The most recent arc welding and spot welding lines fully demonstrate this manufacturer&#39;s dedication to thermal robot solutions.

	The newest Versatile Arc and Versatile Spot robots challenge the very tenants of traditional robot design by adding a seventh axis of movement. Increase flexibility and part accessibility with the VA1400 or VS50. Both models are engineered to provide slim profiles, perfect for high-density layouts.

	Master thermal applications with robots from Motoman&#39;s 6-axis &quot;Master Arc&quot; and &quot;Master Spot&quot; robot series. They provide a wider selection of payloads and work envelope measurements. Browse the collection to see which one fits your application best. Master Arc robots include the MA1400, MA1800, and MA1900 robot models, as well as the track-mounted MA1650T and long reach MA3100. Satisfy spot welding requirements with the MS80 or larger payload MS120 thermal robot.

	Workcells for Thermal Applications
	Motoman&#39;s extensive line of ArcWorld workcells along with FabWorld, provide companies with a number of pre-engineered thermal robot systems. Including everything necessary for plug and play simplicity (safety environment, controls, robot, turntable, steel frame, operator station), Motoman ArcWorld systems are available with single, dual, or more robots.

	Choose from a variety of different system configurations, each one specially designed to maximize throughput and slash cycle times. Whether your application requires a ferris wheel positioner, manual turntable, or dual robot set-up, Motoman&#39;s ArcWorld and FabWorld cells offer a myriad of answers.

	Working in partnership with robot manufacturer Motoman Robotics, RobotWorx is proud to offer the best in thermal robot technology. Contact the sales department for more information: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 07 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>5 Reasons Buy a Robotic Spray Painting Arm</title>
            <link>http://www.robots.com/blog.php?tag=453</link>
            <description><![CDATA[
	***Watch Videos of Robotic Painting Arms***

	Motoman PX2750&nbsp;
	Motoman Spray Painting Robot

	1) Improve Quality:
	With a robotic spray painting arm, you can expect to create a more reliable, high-quality end product. The consistency and thoroughness offered by a robotic spray-painting arm is unparalleled. The robotic spray gun always remains at the proper distance away from the target object. Painting robots provide excellent accessibility, coating hard-to-reach areas with ease.

	2) Conserve Paint:
	A robotic spray painting arm can cut material costs considerably. Reliable and precise, it doesn&#39;t overspray. The amount of paint used for any given part is consistent.

	3)&nbsp;Play it&nbsp;Safe:
	Painting is often tedious, repetitive work. Workers risk exposure to harmful toxins including VOCs, insocyanates, and carcinogens. With a robotic spray painting arm, workers no longer have to endure the strain and hazards associated with this job. In the end, companies with painting robots spend less on safety concerns (i.e. protective gear, health insurance).

	4) Make Room:
	Robots are well-suited for high-density paint booth layouts. Whether shelf, wall, or rail-mounted, paint robots offer compact workcell solutions. Robots are designed to work in close proximity to each other and other equipment. Companies not only save floorspace, but they can also achieve faster cycle times and better accessibility with creative robot placement.

	5) Save Energy:
	Spray painting booths require a carefully maintained atmosphere. The air inside the booth must be regulated and replaced constantly. Incinerators are necessary for burning up carcinogens in the air that is removed. Robotic spray painting robots allow for more compact booths, so the controlled environment is minimized, saving energy.

	RobotWorx, a certified integrator with FANUC, Motoman, and KUKA, offers all the top robotic spray painting arms at affordable prices. FANUC&#39;s robotic spray painting line includes the Paint Mate 200iA, P50iA, and P250iA. Motoman&#39;s &quot;Expert Paint&quot; PX and EPX lines offer even more options. And last but not least, KUKA&#39;s KR 16 EX model&nbsp;provides a paint robot with a unique, explosion-proof design.
	
	For paint robot pricing and availability call RobotWorx at 740-383-8383.
	
	

	
	&nbsp;

	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 03 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>FANUC Spider Robots and Other Delta Models</title>
            <link>http://www.robots.com/blog.php?tag=452</link>
            <description><![CDATA[
	
	
	Get Pricing on an Industrial Spider Robot

	
	Don&#39;t be alarmed. Industrial spider robots only resemble arachnids. They don&#39;t bite and they have three legs not eight.

	Parallel-link or Delta style robot models go by many different names. FANUC Robotics calls theirs Genkotsu (the Japanese word for fist) as well as Spider Robots. ABB&#39;s Delta robot is the Flexpicker. And Adept&#39;s four-legged contribution is the Quattro.
	
	Whatever the title, one thing is certain: this speedy, dexterous robot design is here to stay.
	
	&nbsp;

	VIDEOS of Delta Style Robots:
	FANUC M-3iA Robot with Vision 
	FANUC Material Handling Robot 
	FANUC M-1iA Genkotsu Robot

	Delta robots&nbsp;are used in a diversity of industries from food production, electronics, and pharmaceuticals, to solar panel manufacturing, material handling, and packaging. Their spider-like nimbleness and flexibility make them ideal for handling delicate items and assembling quickly.

	Industrial delta robots are typically constructed with three or four&nbsp;legs (jointed in the middle) connecting base to tooling plate. Motors are either located in the base, or, as with the FANUC M-3iA spider robot, incorporated into each leg. Both designs allow the legs to move with exceptional speed and dexterity. Spider robots operate within a dome-shaped work envelope. They also offer installation flexibility and space-efficiency.

	FANUC Spider Robots:
	FANUC&#39;s parallel-link spider robots include the M-1iA and M-3iA. Each model is available in two versions, one with four axes of movement, one with six. Six-axis FANUC spider robots have three base-mounted axes and three axes in the wrist.

	The M-1iA model has a 0.5kg payload capacity, built-in iRVision, and a compact base that can mount virtually anywhere&nbsp;- ceiling, wall, and at an angle. The four-axis version boasts a single axis wrist capable of rotating 3000 degrees each second.

	When it came to the M-3iA, FANUC sought to improve upon the traditional motor placement in the base. Small servomotors are tucked neatly into each leg, each connected to individual drive shafts, which connect to universal joints in the plate. The result is increased flexibility and speed. This particular spider robot can maneuver objects as fast as 2,000 degrees a second!

	Adept Quattro: Adept Technology&#39;s four-legged Delta robot, the Adept Quattro s650H, provides exceptional speed and dexterity. It is also available in a food-safe USDA certified version, the Quattro s650HS.

	ABB Flexpicker: ABB&#39;s parallel-link robot, the Flexpicker IRB 360 has three legs. There are four different Flexpicker models: compact, standard, high-payload, and long reach. Cleanroom and food-safe stainless steel versions are also available.
	
	Interested in learning more about Delta robots? Contact RobotWorx at 740-383-8383.

	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 02 Sep 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Conserve with New Motoman MS120 &quot;Master Spot&quot; Robot</title>
            <link>http://www.robots.com/blog.php?tag=451</link>
            <description><![CDATA[
	Save time, space, even energy with Motoman&#39;s new &quot;Master Spot&quot; robot.&nbsp;

	The MS120 is built to fit in tight spots, move quickly, and keep electric bills low. Sporting a shorter arm and higher payload capacity than the other &quot;Master Spot&quot; robot, the MS80, the MS120 is well-suited for dense workcell configurations and tough automotive needs.

	Faster Spot Welding
	Motoman&#39;s &quot;Master Spot&quot; welding robots really pick up the pace. They are capable of moving 43% faster than similar sized robots. The MS120 and MS80 shorten spot welding cycle times and increase throughput.

	Low Profile
	The MS120 can work in close proximity with other robots, fixtures, car bodies, and parts. The robot arm itself is less than 500mm wide. This 500mm includes the harness. Another space-saving feature is its shortened arm (1,623mm reach). The MS120 is specifically designed to work with DC spot guns. These particular spot welding guns have more compact servo actuators, allowing the MS120 to maintain its low profile. All utilities are carefully routed in line with the robot arm - streamlining programming and increasing safety.&nbsp;&nbsp;&nbsp;&nbsp;
	
	Energy Saving 
	As mentioned earlier, the MS120 is designed to work with lighter, smaller DC spot welding guns. These particular guns offer energy savings of 33%! All things considered, the MS120 &quot;Master Spot&quot; welding robot&nbsp;will lower power needs by 50%.

	Optimal Control
	Motoman&#39;s new addition is controlled by the advanced DX100. The MS120 provides exceptional speed and precision - with repeatability at +/- 0.2mm.

	For more information about the Master Spot welding series (MS120 or MS80), please call 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 30 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>5 Axis Motoman Robotics for Pick and Place</title>
            <link>http://www.robots.com/blog.php?tag=449</link>
            <description><![CDATA[
	The typical industrial robot has six axes of flexibility. However, some of Motoman Robotics&#39; material handling robots stray from the norm and achieve extraordinary performance with a five axis construction.
	
	Yaskawa Motoman Robotics&#39; 5 Axis MPK2
	The MPK2 is a five axis robot designed to perform high-speed material handling applications. This nimble and slim robot has a light 2kg payload and compact base. Its wrist is capable of moving 2,000 degrees per second. &nbsp;The MPK2 5-axis robot offers a generous 900mm horizontal reach and exceptional flexibility. 
	
	Safe for food handling jobs, the MPK2 robot features stainless steel axis covers and EOAT flange, plus an IP67 rating. It has National Sanitations Foundation certified grease and internally routed cabling.
	
	Three 5-Axis Motoman Robotics Palletizers:
	Five axes of movement provide necessary stability and agility for palletizing applications. Motoman Robotics has come out with three distinct generations of 5-axis palletizers, the SP80, &quot;Expert Palletizing&quot; EPL80, and most recently the &quot;Master Palletizing&quot; MPL80. Motoman Robotics&#39; palletizers are quick, efficient options for packing, palletizing, and pick and place applications.
	
	These 5-axis Motoman palletizers have 80kg payloads, compact footprints, and wide work envelopes. The SP80 and EPL80 reach a full 2046mm horizontally, while the MPL80 expands the reach to 2061mm.&nbsp;&nbsp;
	
	Interested in a 5-axis Motoman robotics solution? Call today: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 26 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The KUKA KR 500 Heavy Duty Solution</title>
            <link>http://www.robots.com/blog.php?tag=448</link>
            <description><![CDATA[
	There&#39;s robot strong, and then there&#39;s KUKA KR 500 strong.
	
	The powerful robotic arm of the KUKA KR 500 is built to lift massive, heavy objects with ease. A member of KUKA&#39;s heavy duty robot line, the KR500 has&nbsp;specially designed motors and gear units which allow it to handle payloads up to 500kg. Need a tough robot for a tough setting? The KUKA KR 500 is offered in both foundry and cleanroom versions.
	
	KR500 Versatility:
	In addition to exceptional strength, this robotic heavyweight provides exceptional flexibility. Six axes of movement, a 2836mm horizontal reach, and the precise control afforded by the KR C2 combine for quick cycle times and accurate performance. Surprisingly compact, the KUKA KR500 can be installed to the floor or ceiling. Another space-saving feature is the robot&#39;s energy supply unit which is slim and fully integrated into the arm.
	
	KR500 Long Arm Variants:
	For a broader work envelope, the KUKA KR500 has two long arm variants. The KR 500 L420 has a 3,076mm maximum reach and 420kg payload capacity, while the KR 500 L340 provides a 3,326mm maximum reach and 340kg payload capacity. Both the KR500 L420 and KR500 L340 are available in foundry safe versions as well. &nbsp;
	
	RobotWorx, a KUKA Robotics Systems Partner, sells the full KUKA robot line.&nbsp;Interested? Call 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 24 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ABB IRB 2600 Robot Series Makes History</title>
            <link>http://www.robots.com/blog.php?tag=447</link>
            <description><![CDATA[
	ABB&#39;s new robot family&nbsp;has great&nbsp;technological and historical significance.
	
	Robot Milestone:&nbsp;Advanced, Versatile Design
	The IRB 2600 robot series is destined to make a splash with its capabilities and flexibility. It has three members, two short arm robots and&nbsp;one long arm robot. The basic model, the IRB 1200-12&nbsp;offers a 1.65m reach and 12kg payload capacity. The IRB 2600-20 provides a 1.65m reach as well as a 20kg payload. The long arm IRB 2600&nbsp;contributes a 1.85m reach and 12kg payload.
	
	IRB 2600 robots are multipurpose robots designed for a variety of tasks&nbsp;ranging from&nbsp;arc welding and material handling to machine tending.&nbsp;They are controlled by the advanced IRC5.

	
		Flexibility: The new family of robots can be installed anywhere - ceiling, wall, shelf. This versatility makes it possible for companies to save floor space and build creative workcell solutions. When shelf-mounted, the IRB 2600 robots provide exceptional downward reach well below their bases.
		&nbsp;
	
		Speed: Specially engineered for speed, the IRB 2600 robots cut cycles by 25% when compared to their predecessors the IRB 2400 robots.
		&nbsp;
	
		Build: ABB&#39;s new robots are more compact and lightweight. While IRB 2400 robots weigh in at 380kg, the IRB 2600 weigh just 280kg.
		&nbsp;
	
		Protection: IRB 2600 robots have IP67 ingress protection. Need something even tougher? ABB IRB2600 robots are available in&nbsp;Foundry Plus 2, Foundry Prime 2, and Cleanroom versions.&nbsp;&nbsp;


	
	Historic Milestone: ABB&#39;s Fourth Generation Robots
	The ABB IRB 2600 series represents the fourth generation of 6-20kg payload range robots created by the robotics manufacturing leader. It is the latest installment to a story that dates back to the 1970&#39;s.&nbsp;

	
		
			
				1st Generation: 1974&nbsp;
				ASEA (a company that would later merge with Brown, Boveri &amp; Cie to become ABB) creates the IRB 6, an electronic and microcomputer controlled robot with a 6kg payload capacity.&nbsp;&nbsp;
			
				2nd Generation: 1986&nbsp; 
				The next addition to this payload category, the IRB 2000, is released.
				&nbsp;
			
				3rd Generation: 1996 
				ABB&#39;s IRB 2400 robot series introduced many improvements to previous models.
				&nbsp;
			
				4th Generation: 2009
				The latest and greatest, the IRB 2600 robot series, comes into being.&nbsp;
		
	


	Interested in an ABB IRB 2600 series robot? Call RobotWorx for information about this or older, reconditioned ABB robots: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 23 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Motoman to Move from West Carrollton, Ohio</title>
            <link>http://www.robots.com/blog.php?tag=446</link>
            <description><![CDATA[
	A&nbsp;dual-arm SDA10D robot played an important role in Motoman Robotics&#39; groundbreaking ceremony August 13th. &quot;Dexter Bot&quot; wore a hardhat for the occasion and&nbsp;had the honor of&nbsp;scooping the first shovelful of dirt.&nbsp;
	
	RobotWorx&#39; manufacturing partner, Motoman Robotics, is moving to a new location. The Motoman Robotics Division of Yaskawa America Inc. has begun building a 300,000 facility just south of Dayton in Miamisburg, Ohio.
	
	Motoman&#39;s current headquarters in West Carrollton, Ohio and a manufacturing plant in Troy, Ohio will both&nbsp;relocate to the new site. The new Miamisburg, Ohio location (Austin Blvd/I-75 interchange&nbsp;- exit 41) will serve as Motoman&#39;s center of operations for&nbsp;North and South America.
	
	Located on 25 acres of land, the new Motoman facility will initially employ 250-275 workers. The company has plans to expand its workforce in the future.&nbsp;Construction is expected to last 10 months. Motoman anticipates a move by June 2011.
	
	RobotWorx, a&nbsp;Motoman Solution Provider will remain&nbsp;within driving distance to the new Motoman Robotics facility. RobotWorx offers the full Motoman product line, plus reconditioned Motoman models, workcell integration and support.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 19 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>FANUC Food Grade Robots Meet Standards</title>
            <link>http://www.robots.com/blog.php?tag=444</link>
            <description><![CDATA[
	Food production can be messy. That&#39;s why every inch of FANUC&#39;s food-grade robots is engineered with care. Find out how FANUC meets the unique and unusually&nbsp;stringent requirements of the food industry.
	
	FANUC&#39;s food grade robots include the M-430iA/2F, M-420iA Food Robot, LR Mate 200iC/5F, and LR Mate 200iC/5WP Food Robots. Each one is fast, flexible, and precision-driven. But food grade robot design is concerned with much more than performance.
	
	Primary Material Handling
	Food grade robots are especially important for primary material handling jobs. Primary material handling applications involve the robot coming into direct contact with unpackaged food stuffs. When it comes to picking and packing food, stringent guidelines must be followed.
	
	Food robots must be impervious to rust and moisture. They must also be constructed so as not to contribute any contaminants. Special paint and sealants are used to protect the body of the robot. The paint used on FANUC food grade robots is USDA-certifiable.
	
	FANUC&#39;s food grade robots are safeguarded with electroless nickel plating, aluminum casted motor covers, stainless steel plate coverings, Teflon gaskets, and fluorine rubber oil seals. These features protect inner components and guard against rust. Food-grade grease is used inside the robot to further prevent any possible food contamination.
	
	Cleanable Machines
	In addition to being food safe, these robots must also be able to withstand tough chemical cleanings and spray downs. Chlorine and Quaternary Ammonia-based sanitizers are common cleaning methods in this industry.
	
	Food grade robots have extremely high safety ratings. The M-420iA food robot is rated IP65, while the remaining food grade robots carry a higher IP67 rating. When handling meat, for example, IP67 ratings are required.

	Interested in a food-grade FANUC robot? Call FANUC Authorized Integrator, RobotWorx: 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 17 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>A World of Motoman Robotic Systems for Sale</title>
            <link>http://www.robots.com/blog.php?tag=445</link>
            <description><![CDATA[
	Discover new &quot;Worlds&quot; of productivity with Motoman robotic systems. Each of Motoman&#39;s eight robot system groups is designed to address particular applications&nbsp;- from arc welding to palletizing and packaging. There are more than 40 individual &quot;World&quot; workcells.
	
	Motoman&#39;s workcells are modular and completely pre-engineered. They include robot(s), part positioners, operator&nbsp;stations, ANSI/RIA compatible&nbsp;safety systems, and process equipment.&nbsp; Motoman robotic systems are designed for easy installation, programming, and maintenance.&nbsp;&nbsp;
	
	As a Motoman Solution Provider, RobotWorx is authorized to&nbsp;integrate the&nbsp;entire line of Motoman workcells. Find out about the variety of Motoman robotic systems available:

	
		ArcWorld Robotic Systems: 
		With 12 distinct subseries, the ArcWorld robot line is clearly Motoman&#39;s largest.&nbsp;With 12 distinct subseries, the ArcWorld robot line is clearly Motoman&#39;s largest. Offering every arc welding configuration imaginable, ArcWorld systems are extremely versatile&nbsp;- available with single, dual, and three-robot options. ArcWorld systems accommodate a wide range of product sizes. From the compact C-Series up to the V-6000 systems, ArcWorld workcells provide arc welding solutions to fit individual work environments and workloads.&nbsp;&nbsp;&nbsp;&nbsp;
		&nbsp;
	
		FabWorld Robotic Systems: 
		When it comes to tough, medium to heavy deposition arc welding of large 3-4m long parts, FabWorld systems provide an efficient, reliable solution. They are equipped with one or two extended-reach &quot;Expert Arc&quot; EA1900N robots. FabWorld systems also include headstock/tailstock positioners with 1,075, 3,000, or 6,300kg payload capacity.
		&nbsp;
	
		LaserWorld Robotic Systems:
		Achieve speedy, precise laser cutting and laser welding with this complete workcell solution. Motoman LaserWorld systems can provide 500 to 4,000 watts of laser power. Cutting robots are outfitted with trepanning heads capable of creating 2mm-30mm diameter holes.&nbsp;
		&nbsp;
	
		LoadWorld Robotic Systems: 
		Highly flexible, Motoman&#39;s LoadWorld system is the perfect machine tending solution for payload needs ranging from 20-200kg. HP-series, EH-series, and IA20 robot models are all suitable for LoadWorld systems. This workcell configuration offers a is safe, efficient, and quick solution for loading and unloading a variety of different machines. 
		&nbsp;
	
		PackWorld Robotic Systems:
		These Motoman robotic systems are designed to help customers improve packaging cycle times and productivity. PackWorld workcells are ideal for handling small packages&nbsp;- bottles, pouches, boxes. Customers choose from HP3, HP6, or HP20 robots. Extra features (Bar-code interface, labeling equipment, or partition insertion module) are often added to Motoman PackWorld systems.
		&nbsp;
	
		PalletWorld Robotic Systems:
		Palletize quickly and efficiently with a pre-engineered PalletWorld robotic system. Customers can outfit their system with any of the &quot;Expert Palletizer&quot; line robots such as the IPL 160, EPL300, and EPL500, as well as the HP165 and HP200 robot models. Various grippers, both paddle and bag styles are available.
		&nbsp;
	
		PlasmaWorld Robotic Systems:
		Robotic plasma cutting was never easier. The PlasmaWorld II-100HD system is integrated to provide quick, top quality plasma cuts. The workcell has a UP20 robot, XRC controller, and complete HTPAC package.
		&nbsp;
	
		SpotWorld Robotic Systems: The SpotWorld IV-600M series is comprised of the SWIV-6000M (single robot) and SWIV-6200M systems. Created to give customers the best possible spot welding solution, Motoman&#39;s SpotWorld workcells feature &quot;Expert Spot&quot; ES165N robots and NX100 controllers. These systems include an MRM2-1200M3X ferris wheel part positioned.


	Contact RobotWorx&#39; Sales Department for Motoman robotic system pricing: 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 16 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Expand Work Envelope with Motoman MA1650T </title>
            <link>http://www.robots.com/blog.php?tag=443</link>
            <description><![CDATA[
	A robotic arm that works upside down and backwards? The Motoman MA1650T may sound awkward, but its unusual design offers unbeatable flexibility.
	
	Work Envelope:
	The MA1650T is built to work upside down. It can be mounted to the ceiling or a wall. Slim and speedy, the MA1650T has six axes of movement and a 10kg payload capacity.
	
	But the most unusual feature of the MA1650T is its lower arm, which is attached in reverse. This allows it to reach much farther and lower than other inverted robots. Without the limitations of a standard robot, the MA1650T provides increased part accessibility and a broadened work envelope. Plus, the unique robotic arm design keeps cabling from pinching or twisting.
	
	Advanced Controls:
	The MA1650T robot features sophisticated controls, the Sigma V AC servo motor control and ARM (Advanced Robot Motion), designed to slash welding cycle times. It is controlled by the DX100 controller which can support as many as eight robots.
	
	Application-Specific:
	A member of the Motoman &quot;Master Arc&quot; series, the MA1650T is specifically designed for arc welding applications. Interested in an inverted robot for arc welding or another application? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 11 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Celebrates 18 Years</title>
            <link>http://www.robots.com/blog.php?tag=441</link>
            <description><![CDATA[
	
	August 4th marked the&nbsp;end&nbsp;of another&nbsp;record year for RobotWorx. Founded in 1992, RobotWorx has quickly grown from a small consulting firm to a leading robot dealer and integrator.
	
	President Keith Wanner and staff gathered for cake&nbsp;in celebration of&nbsp;the company&#39;s 2009-2010 achievements.

	
	
	
	The Year in Review
	
	New Robot Sales:

	
		This year RobotWorx focused on expanding its new robot offerings. The company established&nbsp;connections with three key robot manufacturers: KUKA, Motoman, and FANUC.
	
		Now, as&nbsp;a&nbsp;Motoman Solution Provider, FANUC Authorized Integrator, and KUKA Official System Partner, RobotWorx has more to offer customers in terms of products and services.


	Web Presence:

	
		RobotWorx created a new corporate website, www.robotworx.com.&nbsp;The site&nbsp;provides information pertaining to RobotWorx&#39; history, robot manufacturer affiliations, and general product offerings.&nbsp;


	Media and Education:

	
		RobotWorx promoted robot education with the donation of two Motoman K3S MRC robots and a display cart to science museum COSI Columbus.
	
		The company supplied two FANUC ArcMate 100i robots for Paramount Pictures&#39; G.I. Joe: The Rise of the Cobra. Another robot, a reconditioned Panasonic VR-005 CII, is scheduled to appear on the History Channel&#39;s SLICED.

]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 10 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Arrival: The Motoman EPL300</title>
            <link>http://www.robots.com/blog.php?tag=442</link>
            <description><![CDATA[
	Do you know you can increase throughput, safety, and cycle speed with a robotic palletizer? Take a look at the Motoman EPL300, one of RobotWorx&#39; new robot arrivals.
	
	Part of the &quot;Expert Palletizing&quot; series, the Motoman EPL300 provides quick, reliable, and sturdy movement for stacking, packing, and palletizing. A rigid 4-axis build, 300kg capacity, and 3,159mm horizontal reach make it all possible. &nbsp;
	
	Multitasking comes naturally for the efficient and flexible Motoman EPL 300. This robot was designed to handle multiple palletizing and conveyor stations at once.
	
	The Motoman EPL300 robot&#39;s utilities management package allows all 23 communication wires and six EOAT air lines to fit neatly within the arm. Through-arm routing extends the life of the utility wires and makes off-line robot programming much easier.
	
	Interested in this or another robotic palletizer? Contact RobotWorx at 740-383-8383 for more information.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 10 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Good News: Robot Sales Up 40% </title>
            <link>http://www.robots.com/blog.php?tag=440</link>
            <description><![CDATA[
	Mid-year robot sales data compiled by the Robotics Industries Association (RIA) proves&nbsp;the robot industry is doing well.&nbsp;According to the RIA statistics,&nbsp;North American robot unit sales&nbsp;have increased a full 40% during the first six months of 2010.

	Which Industries Purchased the Most Robots:
	While orders from the automotive sector rose 30%, non-automotive companies demonstrated the highest increase - 51%. The first half of 2010 saw increases in robots purchased by companies within the food, plastics, and electronics industries, to name a few.

	Which Applications Saw the Most Robot Orders:
	Not surprisingly, the&nbsp;greatest percentage of&nbsp;robots&nbsp;were purchased for arc welding applications. However,&nbsp;material handling robots also saw a dramatic increase in unit sales. The RIA said it expects to see this trend continue as distribution and packaging industries&nbsp;begin&nbsp;to incorporate more robots.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 09 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Benefit from a Vacuum Pick and Place Robot </title>
            <link>http://www.robots.com/blog.php?tag=438</link>
            <description><![CDATA[
	Vacuum grippers are among the most flexible and useful EOAT options available for material handling robots. RobotWorx has integrated vacuum pick and place robot solutions for many of its customers. Find out about the many advantages of vacuum EOAT:

	
		A Wide Appeal: Vacuum grippers are used in a number of industries, including packaging, food, electronics, solar energy, and more. Vacuum pick and place robots provide solutions for palletizing, depalletizing, assembly, machine tending, etc.
		&nbsp;
	
		Versatility: Vacuum pick and place robots are capable of lifting a variety of different sizes and weights, not to mention materials. Capabilities depend on a number of criteria, including tooling and suction cup design, as well as the amount of suctioning power.
		&nbsp;
	
		Strong and Gentle: Vacuum pick and place robots provide the right amount of force to move objects without causing any damage to them. Many industries, such as injection molding, benefit from the ability of vacuum EOAT to pick and place without altering the product.


	RobotWorx engineers have the expertise to find the appropriate vacuum grippers to suit each product, application, and setting. We integrate and test each vacuum pick and place robot to make sure it fits customer needs.
	
	If you&#39;re wondering whether vacuum pick and place robot solutions fit with your application, give RobotWorx a call: 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 05 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Palletizer Roundup</title>
            <link>http://www.robots.com/blog.php?tag=439</link>
            <description><![CDATA[
	The perfect robotic palletizer must possess certain qualities. Both its vertical and horizonal reach should be exceptional.&nbsp; It should be sturdy, providing high wrist load inertia. And, at the same time, a robotic palletizer should be able to provide accurate, quick movement.

	Industrial robot manufacturers KUKA, FANUC, and Motoman have worked to perfect their robotic palletizer lines. Find out how their robots are engineered to address the particular challenges of palletizing.
	
	FANUC Robotic Palletizer
	The FANUC robotic palletizer lineup is quite impressive. Ranging in payload from 100kg all the way to an impressive 1,200kg, these robots provide solutions for a slew of palletizing needs. Slim arm design and heavy-duty components allow FANUC palletizing robots to cut cycle times and increase throughput.
	
	The R-2000iB/100H is a relatively new addition to FANUC&#39;s offerings. This 5-axis, 100kg payload capacity robot is remarkably compact and slender. It is also fast&nbsp;- palletizing 20 cycles per min when handling cases and 22-24 cycles per min when palletizing bags. Furthermore, it can build palletize up to 81&quot; when working with a standard 40&quot; x 48&quot; pallet.
	
	Other FANUC palletizing robot series include the 4-axis M-410iB, M-420iA, and 6-axis M-710iC. FANUC&#39;s answer to the KUKA Titan, the M-2000iA, is an extremely powerful 6-axis robot with a 1,200kg payload capacity. Dual motor drives in axes two and three allow this robot to provide exceptional performance.
	
	KUKA Robotic Palletizer
	KUKA has an extensive palletizing line offering more than 11 different models. Built with carbon fiber composite (CRP), these robotic palletizer models are fast and lightweight, while remaining sturdy. KUKA&#39;s PA robots range in payload from 40kg to 1,300kg and come in different axial configurations, including one two-axis model, the KR 50 PA.
	
	At one end of the palletizing line is the 4-axis KR 40 PA. This robotic palletizer is capable of high speeds, accuracy, and vertical reach of 1,6m. The flexibility and dexterity of this model, combined with its lower payload capacity make it a useful industry tool. Need to reach higher? KUKA&#39;s answer is the KR 100 PA and KR 180 PA. They can palletize as high as 3m!
	
	At the exact opposite of the spectrum, KUKA&#39;s Titan robots, the KR 1000L950 and KR 1000 1300 titan PA provide gigantic payloads and reach abilities.
	
	Finally, the KR 700 PA provides exceptional speed and a sizeable payload. It is capable of handling 15 cycles per minute while working with a typical palletizing distances of 400/2000/400mm.
	
	Motoman Robotic Palletizer&nbsp;
	Master Palletizing series is Motoman&#39;s current palletizing offering. These six robots offer a payload range of 80 to 800kg. With quick speeds, compact form, and through-routed cabling, Motoman&#39;s MPL are designed to increase throughput. Their wrist moment of inertia are exceptional, making them some of the sturdiest robots for this industry.
	
	Motoman&#39;s MPL series includes the four axis MPL80, and the five-axis MPL100, MPL160, MPL300, MPL500, MPL800 robots.
	
	RobotWorx sells a wide assortment of new and used robotic palletizers. Call for pricing and availability: 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 04 Aug 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robots for Injection Molding Applications</title>
            <link>http://www.robots.com/blog.php?tag=435</link>
            <description><![CDATA[
	Railing-mounting, axis positions, dual arms...
	When it comes to engineering the right robotic solution for injection molding, manufacturers get creative.

	Rail-Mount
	Rail-mounted robots and injection molding machines are a winning combination. Robots that are attached to rails take up less room and can cover large distances very effectively and quickly. Their expandable range is helpful when it comes to loading and unloading parts to and from the injection molding machine and other conveyors, etc.

	FANUC and KUKA have created a selection of rail-mounted robots that work very well with injection molding machines. They include the M16iB/20T, M-710iC/T, SR Mate 200i, as well as the R-2000iB/200T. KUKA&#39;s Jet series (KR 30 jet and KR 60 jet) provides rail-mounted flexibility for this application. &nbsp;&nbsp;

	Axis Two
	Many robots for injection molding applications feature modifications to the standard 6-axis structure, namely the robot is positioned lower and the second axis is moved forward. This gives the robots a deeper work envelope, perfect for injection mold machine tending.&nbsp;
	
	The Motoman EPH press series, KUKA shelf-mounted KS and K series, as well as ABB&#39;s IRB 1600, IRB 4400, and IRB 6650 robots provide exceptional flexibility thanks to altered 6-axis design.

	Dual-Arm
	Another robot alternative for tending injection molding applications is a Motoman dual arm robot. Uniquely designed, dual-arm robots provide 15 axes of movement, exceptional part accessibility, and speed. Motoman&#39;s dual-arm robots include the DA9iC, SDA10D and SDA20D.

	Interested in a robotic injection molding solution? Call RobotWorx at 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 30 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>KUKA Shelf-Mounted Robots: K Series </title>
            <link>http://www.robots.com/blog.php?tag=436</link>
            <description><![CDATA[
	They may be shelf-mounted robots, but don&#39;t expect the KUKA K series to just sit there. These robots are prepared to take charge, slash cycle times, and boost productivity. From spot welding to material handling, coating to machine tending, this line of robots offers powerful, versatile solutions.

	Engineered for Strength
	The KUKA K robot series can handle larger payloads up to 210kg, thanks to specially enhanced gears, motors, and servo drives.

	Designed for Dexterity
	Even with their powerful build, these shelf-mounted robots provide exceptional part accessibility and a low weight. This makes them the perfect match for machine tending applications. Because they are lightweight, K type robots can be installed directly on top of machines - saving space. While not as extreme as the KS shelf-mounted robots, K type robots do feature a forward positioned second axis and lower base. This too allows for better dexterity.

	Quite a Few to Choose From
	KUKA K robots are available in 31 different versions with three standard models: the KR 150 K, KR180 K, and KR 210 K. The vast product line includes long reach, cleanroom, and foundry models. Payloads range from 100 to 210kg and reach from 3,100mm to 3,900mm.

	Interested in a KUKA shelf-mounted robot? Contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 21 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc M-1iA Perfect for Robot Education</title>
            <link>http://www.robots.com/blog.php?tag=437</link>
            <description><![CDATA[
	Looking for a suitable robot for your high school, community college, or university classroom? Keep it real with the Fanuc M-1iA.

	Authenticity
	This industrial robot allows students to learn with the same equipment and software currently being used by robot techs and engineers in the field. This robot comes with legal software and support.

	The real-world training provided by the M-1iA extends to applications too. Students can program the robot to perform a variety of low-payload jobs - from pick and place to assembly. The M-1iA has a 0.5kg payload capacity. It is capable of extreme precision and speed. This particular model also gives students the opportunity to work with vision. The M-1iA features built-in iRVision.

	Light as a Feather (Almost)
	The M-1iA weighs just 17kg, which is practically nothing for a real industrial robot. Designed to mount directly to a shelf or tabletop, this little number won&#39;t take up very much classroom real estate.

	Use Anywhere!
	The M-1iA&#39;s size and weight make it quite portable. Plus, this robot only requires a standard 110V power supply.

	Safer Safety Training
	The M-1iA provides an opportunity to teach real-life safety protocols and features. Because of its compact size and delta-styling, the M-1iA is a safer classroom option compared to a larger, heavier arm.

	Interested in something with a larger payload? The M-1iA&#39;s big brother, the M-3iA fits well in a classroom too. This delta-style robot provides a 6kg payload and 1350mm reach.

	Over the years, RobotWorx has sold many robots (typically small arms) to educational institutions. Call for more information: 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 21 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc ArcMate 100iC for Sale</title>
            <link>http://www.robots.com/blog.php?tag=434</link>
            <description><![CDATA[
	ArcMate 100iB to ArcMate 100iC. So often a new model name (this time a new letter) indicates little more than a controller upgrade. Not so with the ARC Mate 100iC.

	FANUC Robotics made some significant design and performance changes to the ArcMate 100iC R-30iA. Find out why the new Arc Mate is a leap forward.

	Streamlined:
	Instead of messy, dangerous external cabling, this new arc welding robot features hollow arms for internally routed cabling from torch to base. This design change alone makes for a safer, more efficient robot. It makes the ArcMate 100iC faster to program. It also increases the robot&#39;s range of motion. Now the robot cabling moves in sync with the arm&#39;s movements.

	On a related note, the cantilevered forearm design allows wire feeders to be placed in line with the robot&#39;s arm, streamlining the design still further.

	Designed to save space and improve accessibility, the base of the Arc Mate 100iC is 15% smaller than the ArcMate 100iB. Highly versatile, this robot can mount to ceiling, wall, or floor. It is an easy addition to any workcell setup.

	Strengthened, Lengthened:
	The ArcMate 100iC is more powerful than its predecessor. This model offers a 10kg payload as opposed to a 6kg payload. This 67% increase makes the ArcMate 100iC more versatile. A cantilevered forearm increases the arm&#39;s sturdiness as well.

	Fanuc Robotics has also managed through careful design to increase the payload while simultaneously decreasing (by 5kg) the robot&#39;s mass and extending the reach. The ArcMate 100iC has a mass of 130kg and a reach of 1420mm.

	Call Today:
	For more information about Fanuc Arc Mate 100iC robots and other robots for sale, contact RobotWorx: 740-383-8383. RobotWorx is a Fanuc Authorized Integrator. Every new Fanuc robot we sell includes legal software and software support, plus a complete warranty.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 19 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Consider a Robotic System for Painting</title>
            <link>http://www.robots.com/blog.php?tag=431</link>
            <description><![CDATA[
	Paint by robot. Why not; it&#39;s a simpler, safer, and superior method.
	
	Robotic painting systems provide multiple advantages over manual painting processes. If you&#39;re on the fence about whether or not to convert to painting with robots, consider these benefits:

	First and most important, paint robots dramatically improve quality. Paint is applied evenly every time. Drips and overspray concerns are eliminated. Robots have slim, flexible arms, which makes it easier for them to reach narrow areas.

	Second, when you use a robotic system for painting, it automatically makes the work environment safer. Workers no longer have to endure harmful fumes or repetitive, tedious labor.

	Third, you&#39;ll be putting money back in your pocket. Robots save a considerable amount of paint. With no mistakes or overspray, robots conserve materials and product. Robotic painting systems don&#39;t take lunch breaks, vacations, or sick leave, so you don&#39;t use uptime/money that way either.

	Fourth, robotic painting systems let you play with your floorplan. When mounted to a wall, ceiling, or rail, robots provide increased flexibility and a compact footprint. &nbsp;

	RobotWorx offers a variety of robotic painting solutions. Browse our inventory of Motoman, ABB, Fanuc, and KUKA painting robots. Call us today for pricing and availability: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Turnkey Panasonic Welding Systems</title>
            <link>http://www.robots.com/blog.php?tag=432</link>
            <description><![CDATA[
	In addition to offering the full line of Panasonic PerformArc workcells, RobotWorx builds custom turnkey Panasonic welding systems. These Panasonic welding systems are not only versatile, they&#39;re affordable.

	RobotWorx typically combines brand new and reconditioned parts in one system, lowering the price considerably. The workcell featured in this new video is a terrific example of one of RobotWorx&#39; customizable workcells, the RW1000, seen here outfitted with a low-cost Panasonic VR006 G2 robot.

	The Robot:
	The Panasonic VR006 G2 robot in this RW1000 video provides a 6kg payload and 1360mm horizontal reach. RobotWorx&#39; reconditioned arms undergo thorough cleaning and testing. They offer reliable, top quality performance for much less.

	The Cell:
	The RW1000 is one of RobotWorx&#39; compact workcell offerings. At its smallest the RW1000 fits in a space just 82&quot; x 100&quot;. Need something a bit bigger? RobotWorx can easily expand it.

	As seen in the video, this workcell has two stationary worktables, each one measuring 2&#39; square. A divider between the tables and sliding door in front contains the robot while it is welding and gives workers an opportunity to load parts on the other side. This particular Panasonic welding cell is equipped with a number of safety features, including a door interlock and a robot zone ring.

	Interested in a Panasonic welding system like this one? Call our sales department&nbsp;- 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>KUKA KS Robotic Arms for Sale</title>
            <link>http://www.robots.com/blog.php?tag=430</link>
            <description><![CDATA[
	Axis two. That&#39;s what separates KUKA KS robotic arms from the competition.

	The KS shelf-mount line sports a second axis that is moved forward. This subtle change in robotic arm design has a huge impact on performance.

	Well-Suited for Tending
	The KS robots&#39; low base frame shifts the entire work envelope down and forward. This allows for a deeper reach, making KS robots a good match for machine tending applications such as injection molding.

	Reduces Cycle Times
	Because the robot is positioned lower, there is less distance to travel when lifting and reaching. This leads to shortened cycle times - increasing overall productivity.

	Short, Lightweight Design
	The unusually low base frame makes KS robots shorter than other shelf-mount robots (such as the KUKA K line). These robots can be easily incorporated into tight spaces. Surprisingly lightweight, KS robots can be installed right onto the machines they are tending - providing even more space efficiency.

	One More Thing
	The KS robot wrists are slimmed down to provide better part accessibility. This feature allows KS robotic arms to carry out machine tending tasks with dexterity.

	 A Quick Tour
	The KS robots provide payloads ranging from 6kg (Kuka KR 6 KS) to 60kg (Kuka KR 60 KS).

	Many of the KS robots are available in a foundry version, such the KR 16 KS-F. And there are also several long reach models. The KR16 L6 KS robot, for instance, adds a full 300mm extension to the standard KR 16 KS reach.

	Find out more in the section dedicated to KUKA shelf-mount robotic arms. RobotWorx offers a full line-up of KUKA robotic arms for sale. Call today about KS pricing and availability - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 15 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How Motoman Arc Welding Robots Evolved</title>
            <link>http://www.robots.com/blog.php?tag=427</link>
            <description><![CDATA[
	Expert, Super Speed, Versatile, Master - The number of different Motoman arc welding robots released in the last decade is impressive and a little confusing. Ever wonder how the Motoman arc welding robot evolved from EA to MA? Here&#39;s your chance to find out:

	Expert Arc
	Considered Motoman&#39;s first application-specific robots, the &quot;Expert Arc&quot; EA1400 and EA1900 robots arrived in 2001.

	These early arc welding robots had sleek 6-axis builds and integrated through-arm cabling. They were capable of exact, speedy movement. Their 3kg payloads and +/- 0.08mm repeatability were well-suited for arc welding. (These design features and performance capabilities remained Motoman arc welding standbys, even as the manufacturer continued to develop other aspects.) The EA1400 provided a reach of 1388mm, the EA1900 a reach of 1893mm. They were designed to work with the XRC 2001 controller.

	In 2004, Motoman reintroduced the EA Series. The new and improved EA1400N and EA1900N now worked with the NX100 controller. The reach of the EA1400N and EA1900N was extended slightly to 1390mm and 1904mm and a couple of the main axis speeds increased. The EA1800N, a heavier-payload (15kg) model, was also added to the series.

	Super Speed Arc 
	A few years later, Motoman came out with the SSA &quot;Super Speed&quot; arc welding robot. At first glance this robot seems much like the EA1400N. After all, it has a 3kg payload, 1,390mm reach, NX100 controller, and six axes of flexibility. But looks can be deceiving. The SSA2000 is capable of 15% faster welding cycle times than its predecessors.

	How is this achieved? TheSSA2000 is equipped with powerful gear reducers which increase axis speeds by as much as 40%. Motoman specially designed this robot to provide faster &quot;air cut&quot; times. The welding itself does not speed up, but the movement between welds does.

	Versatile Arc
	Speed wasn&#39;t enough. The next robot needed to be super fast and super flexible. With the VA1400 &quot;Versatile Arc&quot; robot Motoman challenged the basic tenets of industrial robot design. This arc welding robot has seven (not six) axes of movement.

	This seventh, E-axis, gives the robotic arm an elbow-like joint. Not only does the VA1400 have better part accessibility, it has the flexibility to always keep the welding torch in the optimal position. Plus, the VA1400 boasts axis speeds that are even faster than the SSA2000.&nbsp; 

	Master Arc&nbsp; 
	Motoman introduced the MA &quot;Master Arc&quot; robot series towards the end of 2009. A return to 6-axis design, the MA series provides more options, with five standard robot models: MA1400, MA1650T, MA1800, MA1900,and MA3100, as well as a ceiling/wall versions. 

	This large robot family offers axis speeds faster than the SSA2000, two extended reach versions (MA1900 and MA3100), a large payload model (MA1800), as well as slimmer profiles and unbeatable dexterity.

	Looking into the Future
	While the Master Arc series seems hard to beat, it is unlikely that Motoman&#39;s quest for the perfect arc welding robot is over.

	In the meantime, if you&#39;re interested in purchasing any of the Motoman arc welding robots mentioned here, call RobotWorx at 740-383-8383.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 09 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Compact KUKA KR 5 SIXX Robots</title>
            <link>http://www.robots.com/blog.php?tag=425</link>
            <description><![CDATA[
	KUKA&#39;s two smallest articulated robots offer outstanding performance while maintaining a compact footprint. The KUKA KR 5 SIXX R650 and KR 5 SIXX R850 are fast and precise robots designed to increase overall productivity in a variety of contexts.

	These low payload (5kg) KUKA robots possess tight work envelopes. As indicated by their names, the KUKA KR 5 SIXX robots offer horizontal reaches of 650mm and 850mm. The KR 5 SIXX robots weigh just 28kg and 29kg. They can be installed in a variety of contexts - tabletop, floor, ceiling, shelf, workcell, etc.

	 Both are constructed with six axes of movement. Extremely nimble, they provide excellent repeatability suitable for a variety of tasks, including handling,loading, unloading, soldering, packaging, painting, coating, inspection, and more.

	For more extreme environments, the KUKA KR 5 SIXX robots can be ordered with IP65 protection.

	RobotWorx is an Official System Partner with KUKA. Call our sales department for pricing and other KUKA robot information: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 07 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Eight Robots You Didn't Know You Wanted</title>
            <link>http://www.robots.com/blog.php?tag=426</link>
            <description><![CDATA[
	Find out about new industrial robots so impressive, they may be hard to pass up.

	#1 and #2: New Fanuc Delta Robots

	Fanuc re-energized the Delta robot style with the introduction of the M-1iA and M-3iA. These high-speed models are lightweight, exact, and ideal for pick and place, assembly, and low payload material handling. The M-3iA is truly revolutionary, with incredible wrist dexterity far surpassing that of a SCARA style robot. Both are controlled by the R-30iA.

	Select a Fanuc Delta robot for precision-driven tasks.

	M-1iA - Payload - 500 grams / 6-axis
	M-3iA - Payload - 6kg / 6-axis

	#3, #4, and #5: New KUKA Palletizing Robots

	KUKA&#39;s newest additions to its palletizing line combine power with stability. They are able to achieve top speeds while providing reliable, accurate results. In spite of its size, the hefty KR 700 PA is capable of performing 15 cycles per minute. Strong enough to handle heavy loads, these palletizing robots feature specially designed motors and gears.

	Think about how much good a KUKA palletizing models could do for your company&#39;s cycle times and overall productivity.

	KR 300 PA - Payload 300kg / 5 axis / Reach 3150mm / 2330kg weight
	KR 470 PA - Payload 470kg / 5 axis / Reach 3150mm / 2330kg weight
	KR 700 PA - Payload 700kg / 4 axis / Reach 3320mm / 2850kg weight

	#6, #7, and #8: New Motoman Material Handling Robots

	Save and simplify with Motoman&#39;s trio of 6-axis material handling robots. Reach is their chief weapon. The MH robots can reach and maneuver large parts without any help from costly track systems. Their flexibility streamlines programming - saving valuable time. Consider a MH series robot for any of the following: material handling,coating, dispensing, welding, etc.

	MH50: Payload - 50kg / Reach 2,061mm&nbsp;
	MH50-35: Payload - 35kg / Reach 2,538mm
	MH50-20: Payload - 20kg / Reach 3,106mm&nbsp;&nbsp;

	Call RobotWorx for more information about new industrial robots for sale: 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 07 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Three Unique Industrial Robots</title>
            <link>http://www.robots.com/blog.php?tag=423</link>
            <description><![CDATA[
	These unusual industrial robots are sometimes overlooked. However, each one provides benefits that cannot be ignored. Take a closer look:

	Fanuc F-200iB
	Delta robots don&#39;t have to be nimble and spidery. The Fanuc F-200iB has a 100kg payload that far surpasses the M3iA&#39;s 6kg.

	Extremely sturdy, the F-200iB&#39;s parallel link structure features six servo-driven legs between two plates, one for mounting, the other tooling. The rigidity of this construction allows the robot to handle a variety of jobs from heavier material handling and machine tending to spot welding.

	Motoman SIA

	Hiss! The Motoman &quot;Snake&quot; takes a detour from traditional robot design. Not only does it have a seventh axis of movement, the SIA robot is constructed to move with snake-like dexterity.

	Each link of these robots is built on top of the other,creating an extremely slim profile. The Snake offers an unbeatable footprint,measuring no more than 13&quot; wide at any given point.

	Available in three different payload versions, the SIA5D, SIA10D, SIA20D, and SIA50D, the Snake offers the versatility to handle assembly, injection molding,inspection, machine tending and many other tasks.

	KUKA KR 15 SL

	While the 6-axis design of the KUKA KR 15 SL is familiar, its exterior coating is not. Every surface of the KR 15 SL is protected with an armor of stainless steel. 

	Extremely hygienic, the KR 15 Stainless model is an excellent solution for applications within the food and pharmaceutical industries. With an IP67 protection class rating, this unique robot can be sprayed down without any damage to inner mechanisms. Whether material handling, packaging, machining, or painting, this stainless model offers a distinct advantage.

	The stainless steel KR 15 has a low 15kg payload and 1503mm horizontal reach.It can be installed from floor or ceiling.

	Interested in one of these industrial robots? Give RobotWorx a call for information: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 06 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Gain an Advantage with Small Robots</title>
            <link>http://www.robots.com/blog.php?tag=424</link>
            <description><![CDATA[
	Smaller industrial robots may not have a commanding presence, but they offer a number of advantages.
	
	The Price is Right
	First and foremost, small robots have smaller price tags. They do not require as much of a financial commitment as larger models. For this reason, small robots are an excellent option for companies purchasing their first robot. Because small robots cost less, they are able to provide a return on investment within a shorter time frame.

	&nbsp;

	&nbsp;

	&nbsp;

	Tiny Footprint
	Second, and rather obviously, small industrial robots are extremely compact. Most of them have payloads under 20kg and work envelopes with a horizontal reach of less than 1300mm. In fact, they are also referred to as tabletop robots or shelf-mount robots because they are so well-suited to operate from a small shelf or above a machine. Their light weight and small frames make them an easy addition to any floorplan or workcell configuration.

	Multiple Uses
	Third, small industrial robots are capable of many different tasks. They are well-suited for pick and place, assembly, machine tending, dispensing, and packaging. This versatility makes them a good match for multiple industries ranging from packaging to cleanroom environments.

	Some of the Small Robots Available from RobotWorx:

	
		
			
				
					Motoman 
					HP Series
					CR3, SV3CR (cleanroom)
					K3S
			
			
				
					Fanuc 
					LR Mate Series
					ARC Mate 50iL,50iB, 50iC
			
			
				
					KUKA
					KR 5 SIXX R650
					KR 5 SIXX R850
			
		
	


	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 06 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ABB's New RobotWare 5.13 Software</title>
            <link>http://www.robots.com/blog.php?tag=422</link>
            <description><![CDATA[
	ABB&#39;s RobotWare 5.13 software allows for flexible, precision-driven robot control through increased unification.
	
	RobotWare 5.13 Highlights:

	
		Indexing Conveyor&nbsp; - With this brand new feature, conveyor is simply treated as another axis. This synching between the conveyor and the robot driving it, increases overall productivity.
		&nbsp;
	
		Torque Slave Software - When it comes to controlling many different motors, RobotWare 5.13 unifies them so they can be driven as one axis.


	
		Taking Advantage of DeviceNet bus - The new software accommodates as many as 20 units instead of just six. It can also handle I/O from third party equipment.&nbsp; &nbsp;


	Works with IRC5 Compact Controller:
	ABB&#39;s RobotWare 5.13 software has also expanded the capabilities of the compact IRC5 controller. Instead of just being limited to controlling the IRB 120, this smaller IRC5 controls the IRB 140 and IRB 1410. This year will see more robots added to the list.
	
	Interested in learning more about robotic controllers and software? Call RobotWorx 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 01 Jul 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The New KUKA KR C4 Robot Controller</title>
            <link>http://www.robots.com/blog.php?tag=421</link>
            <description><![CDATA[
	It&#39;s explosive! Perhaps that&#39;s what KUKA Robotics was hinting at when it named its new controller the KR C4. This robotic controller is on a mission to break down barriers and usher in a new generation of open controls.

	Up to this point, most robotic controllers have been a bit restrictive when it comes to hardware. Robot manufacturers typically build controllers with proprietary components.

	However, the brand new KUKA KR C4 achieves greater versatility by transitioning from hardware-driven to software-driven technology.

	By taking advantage of current, open technologies such as Gigabit Ethernet and multi-core architecture, KUKA Robotics has created a robot controller that is compact, affordable, and durable. Even the software is structured differently - with all the components sharing a database and infrastructure.
	
	The KR C4 is literally shorter than its forerunner, the KR C2 controller. This makes it an attractive, space-efficient option. Items such as couplers for cell safety systems or Ethernet-based field bus systems are now directly incorporated just with software. KUKA Robotics proposes this will lead to greater controller longevity and fewer maintenance needs.
	
	Interested in learning more about robotic controllers and the KUKA KR C4? Call RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 29 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Integrate a Robot in Five Steps</title>
            <link>http://www.robots.com/blog.php?tag=410</link>
            <description><![CDATA[
	In the robotics industry the words &quot;integrate&quot; and &quot;integration&quot; are thrown around quite a bit. And rightly so; integration refers to every aspect of building a robot system - from the early planning stages through to installation.

	So how exactly does a company integrate a robot? Take a closer look at RobotWorx&#39; approach to custom integration:

	
		Brainstorming: 
		Every integration process begins with discussion. RobotWorx engineers and sales staff talk directly with the customer to learn about the specific goals and requirements for the robot system. Basic aspects of a customer&#39;s application, reach, and payload needs are outlined.
		&nbsp;
	
		Proposal:
		Next, RobotWorx draws up a unique integration solution catered to that specific customer. Robot models, peripherals, workcell configurations are proposed in a formal manner. More discussion follows as the customer and RobotWorx team fine-tune the integration proposal to suit financial, technical, safety, and environmental needs.
		&nbsp;
	
		Feasibility:
		Once the basic details of the application and proposed robot system are in place, a customer may choose to conduct a feasibility study. RobotWorx&#39; technicians work directly with parts from the customer and some of the key integration pieces (i.e. robot model, tooling) to determine that the integration solution indeed meets with the customer&#39;s specifications.
		
		At this stage, the customer is encouraged to visit the RobotWorx facility to inspect the finished parts and process. Alternatively, these communications can be handled over the phone and via e-mail.
		&nbsp;
	
		Building:
		With the details of the system determined, and the integration solution tested and approved by the customer, the nuts and bolts of integrating a robotic system begin.
		
		RobotWorx technicians and engineers build the system and integrate all the elements to &quot;talk&quot; to each other. Workcell structures are constructed, and parts positioners and safety features integrated to work in concert with the robot. Technicians test, wire, program, and re-test every component to make sure everything is communicating correctly and functioning as it should.
		&nbsp;
	
		Installation:
		During the final integration stages, the customer is encouraged to visit RobotWorx&#39; facility for training and system approval. The finished robotic system is run through its paces and customers learn about important maintenance needs and safety features.
		
		The integration process doesn&#39;t stop here. Following system shipment, the customer may choose to have RobotWorx install the system. The robotic workcell may be a stand-alone unit, or it may be required to interact with other machines, parts conveyors, or technologies in the customer&#39;s facility. RobotWorx makes sure all systems work seamlessly.


	Interested in a custom integration solution? Call RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 24 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx on History Channel's &quot;Sliced&quot;</title>
            <link>http://www.robots.com/blog.php?tag=420</link>
            <description><![CDATA[
	Power tools and robot guts. Need we say more? This October, one of RobotWorx&#39; robots goes under the knife for the edutainment cause.
	
	The History Channel&#39;s new television show, Sliced, investigates the inner-workings of different machines - from toilets and armored vehicles, to mechanical bulls, and now, industrial robots. The upcoming Sliced: &quot;Robots&quot; episode will feature a Panasonic VR-005 CII from RobotWorx, as well as a iRobot Roomba vacuum, and select toy robots.
	
	As in other episodes, Sliced host John McCalmont and his assistant Budd Kelley will use a variety of gnarly tools to dissect the robots. Plus, McCalmont and the industrial robot face-off for a cutting skills contest.
	
	RobotWorx staff worked directly with Powderhouse Productions, the company producing Sliced, to find the right robot for the show. When it was time to shoot the episode, Jarrod Bichon, vice president of RobotWorx, provided on-site technical support.
	
	Robots from RobotWorx have been featured on Modern Marvels: &quot;Welding&quot; episode, NBC&#39;s Knight Rider, and G.I. Joe: The Rise of the Cobra.

	Sliced airs Thursdays on The History Channel:
	http://www.history.com/shows/sliced.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 24 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Meet the KUKA smartPAD</title>
            <link>http://www.robots.com/blog.php?tag=418</link>
            <description><![CDATA[
	Easy to use and ever so hip,the KUKA smartPAD offers a fresh approach to robotic teach pendant technology. A number of hardware and software enhancements make KUKA&#39;s new product unique.
	
	Robot operators will appreciate the KUKA smartPAD&#39;s ergonomic, colorful, and highly-interactive design. Plus, the smartPAD isn&#39;t heavy; it weighs just 1,000grams.
	
	Commands are easily inputted using multifunction keys, a 6D mouse, and the antireflection touch screen. KUKA has designed the smartPAD with more flexibility, allowing keys and graphical interfaces to work in multiple,context-driven modes.
	
	A hot-plug feature allows the smartPAD to be detached from a running robot system when it is not in use. This capability increases overall safety and makes it possible to use the same pendant for multiple workcells.
	
	Other hardware features include an integrated USB port and two additional axis switches so a total of eight axes can be controlled through keys.
	
	Find out more about the smartPAD and other emerging KUKA products by calling RobotWorx: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 22 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Four Reasons to Choose Automated Pipe Welding with Robots</title>
            <link>http://www.robots.com/blog.php?tag=419</link>
            <description><![CDATA[
	Robotic tube and automated pipe welding continue to grow in popularity.
	Take a quick look at the main reasons why:

	1.&nbsp; New Technologies:
	Welding awkwardly-shaped piping and tubing can prove very difficult, even for robots. But recent developments in robotic technologies have paved the way for sophisticated robotic pipe welding solutions.

	
		Sensors: When equipped with various sensing systems, robots can actually &quot;feel&quot; where a weld is supposed to go. Tactile and proximity sensors, for instance,can work together to locate and position a torch correctly. This is an ideal system for small batch pipe and tube welding.
	
		Through-the-Arc Tracking:With through-the-arc tracking, the beginning and end of a weldment can be inputted and the robot will trace the path in between. This is another time saver. Through-the-arc also increases weld accuracy.
	
		Off-line Programming:New off-line programming software leads to higher-quality pipe and tube welding and efficiency. Programming doesn&#39;t have to lead to additional system down time. Instead, all the unique angles, diameters, and curves can be carefully programmed through computer software. Such off-line programming allows programmers to test out various weld setups too.


	2.&nbsp; Flexibility:
	Robotic arms offer unmatched dexterity and reach. While manual pipe and tube welding often requires frequent stops and starts for repositioning the torch, robots can realign without pausing. Hard-to-reach angles and orbital welds are also less taxing for industrial robots.

	3.&nbsp; Weld Quality:
	Robots are able to perform top quality welds with higher deposition levels and consistency, even at awkward angles. With robotic pipe and tube welding the thermal impact is lessene d as well, minimizing distortion and the need for later corrections.

	4.&nbsp; Productivity:
	Simply put, robotic pipe and tube welding is more reliable. With fully automated or even hybrid robot and manual pipe welding, there are fewer mistakes and defects. This in turn saves time and materials. Consistent pipe weld quality and throughput mean robotic pipe welding comes out on top every time.&nbsp;

	Interested in automating your pipe or tube welding application?
	Call RobotWorx to find out if robotic pipe/tube welding fits your needs: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 22 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How to Sell Your Robot and Make a Profit</title>
            <link>http://www.robots.com/blog.php?tag=417</link>
            <description><![CDATA[
	Keep these tips in mind next time you decide to sell an industrial robot. They&#39;ll save you time and effort while maximizing your profits.
	
	Don&#39;t Cut Corners, or Cables
	You&#39;ll receive the most for your robot if is intact and functioning. As with used cars, a robot that runs is worth much more than one that doesn&#39;t. Make sure you keep cabling, motors, encoders, etc., whole. A complete robotic system includes the teach pendant and controller.

	Stay Informed
	It pays to know what you&#39;re selling. The more specifics you can gather about the manufacturer, model, history, and value of your robot(s), the better. Look for labels, tags, and other documentation. Gather any data about past applications and work environments too.
	
	Communication is Key
	Have the information about your robot(s) organized so you can communicate quickly with buyers. Be ready to describe the basic condition both cosmetic and mechanical of the robot as well. Many companies require photos of the robot(s) prior to making an offer, so it does not hurt to snap a few before you call/e-mail.
	
	Ready to sell your industrial robot(s)? Want to know more about the process? Give the RobotWorx Acquisitions Department a call: 740-383-8383.
	
	RobotWorx purchases new and used industrial robots from many different manufacturers, including: Motoman, FANUC, KUKA, Panasonic, ABB, and OTC. RobotWorx also offers to top any other buying price by 10%.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 21 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New KUKA QUANTEC Robot Series</title>
            <link>http://www.robots.com/blog.php?tag=415</link>
            <description><![CDATA[
	KUKA&#39;s newest high-payload robot series, the QUANTEC, improves and expands on the previous comp and 2000 series. These powerful robots are KUKA&#39;s cutting edge option for a diversity of applications including spot welding, material handling, and machine tending. &nbsp;
	
	Fifteen models strong, the KUKA QUANTEC family offers an expansive 2,500-3,100mm reach and 90-300kg payload range. The series is subdivided into four product lines:

	
		QUANTEC Ultra&nbsp;- Robots with payloads up to 300kg&nbsp;
	
		QUANTEC Prime&nbsp;- Robots with payloads up to 240kg&nbsp;
	
		QUANTEC Extra&nbsp;- Robots with payloads up 210kg
	
		QUANTEC Pro&nbsp;- Robots with payloads up to 120kg


	While providing sizeable payloads and work envelope spans, the QUANTEC robots are lighter and more compact than their predecessors.

	
		Lightweight:
		These new robotic arms have gone on a diet&nbsp;- some losing as much as 160kg! This streamlining really makes a difference when it comes to performance. QUANTEC repeatability is +/- 0.06mm.&nbsp;
		&nbsp;
	
		Compact:
		QUANTEC robots have 25% less volume too. Their compact frames are built for space-efficiency and increased accessibility.


	KUKA&#39;s new robot series is designed to work with preexisting 2000 series workcells. To further this goal, QUANTEC robots have the same bolt configuration at the base. Their compact construction makes QUANTEC robots an easy replacement/upgrade.
	
	RobotWorx is an Official System Partner with KUKA. Contact us for the best in KUKA robots and KUKA workcell integration.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 17 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Material Handling with the Fanuc M-420iA</title>
            <link>http://www.robots.com/blog.php?tag=414</link>
            <description><![CDATA[
	The Fanuc M-420iA meets material handling challenges head on. Sturdy and rugged, this 4-axis model is ideal for a multitude of tasks from assembly to machine tending and palletizing. &nbsp;
	
	When it comes to choosing a suitable material handling robot, everything is determined by work envelope and payload. A 40kg payload and 1855mm horizontal reach allow the M-420iA to multitask. This particular model is built for floor installation.
	
	The Fanuc M-420iA adds zip to tiring, repetitive handling jobs. It is capable of 4200mm/sec linear speeds and +/-0.5mm repeatability. It is controlled by an RJ3iB.
	
	Material handling robots such as this provide a simple solution to tiring, repetitive jobs. Interested in a robotic material handling solution? Call RobotWorx at 740-383-8383 for pricing and availability.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 16 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The KUKA Milling 8 kW Solution</title>
            <link>http://www.robots.com/blog.php?tag=413</link>
            <description><![CDATA[
	Simplify milling with an all-inclusive KUKA application module. The Milling 8kW comes with everything you need for top quality robotic milling results: robot, controller, tooling, mounting kit, software, and cabling.
	&nbsp;

	As a KUKA Official System Partner, RobotWorx has the resources and know-how to integrate the Milling 8kW to fit your needs. Contact the sales team at 740-383-8383.&nbsp;&nbsp;
	
	Milling Robot:
	The Milling 8kW model is designed to work with any of the following precision-driven robot models: KR 60 HA, KR 100 HA, KR 240-2, KR 500-2 MT(F). An advanced KR C2 edition2005 controls the system.
	
	EOAT:
	KUKA&#39;s application module is equipped with a HSC (high-speed cutting) spindle with a power of 8kW. The tooling is intended for milling rigid foam, wood, or plastic materials. The Milling 8kW module includes a special mounting kit for the spindle as well as air and water supply lines.
	
	Off-line:
	KUKA&#39;s milling specific&nbsp;robot software allows for quick, straightforward programming.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 08 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Just in: KUKA KR 60 HA Robot</title>
            <link>http://www.robots.com/blog.php?tag=412</link>
            <description><![CDATA[
	When it comes to repeatability, the KUKA KR 60 HA is on target. A member of the High Accuracy (HA) series, this robot provides point repeatability of plus or minus 0.05mm and line repeatability of plus or minus 0.16mm.&nbsp;
	
	Design makes this robot&#39;s extreme precision possible. The gear units are carefully engineered to provide top performance with rigid components and calibration. It is controlled by the advanced KR C2. This robot&#39;s precision&nbsp;leads&nbsp;to greater productivity and less waste.
	
	In addition to high accuracy, the KUKA KR 60 HA is versatile and space-efficient. Its 60kg payload and 2,033mm horizontal reach make it well-suited for multiple applications - from material handling, machining, and laser welding, to waterjet cutting, coating, and painting. This HA model installs to floor or ceiling and boasts a compact footprint.
	
	RobotWorx is a KUKA Official System Partner.&nbsp;Please call our sales department with any questions: 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 07 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Story of How Industrial Robots Began</title>
            <link>http://www.robots.com/blog.php?tag=411</link>
            <description><![CDATA[
	Today, industrial robots are a common sight. You can find them everywhere - from small job shops to large automotive lines. But it wasn&#39;t always like this.&nbsp;
	
	In reality, the&nbsp;6-axis, articulated, industrial robot is a fairly recent invention, albeit one that involved many designs, inventors, and companies.
	
	An American inventor, George Devol, was the first to develop a programmable robot in 1954. Another inventor, Joseph Engelberger, advanced the design still further. A little less than a decade later,&nbsp;the&nbsp;UNIMATE robot was installed at a GM plant in New Jersey. Its first job consisted of spot welding and die cast material handling.
	
	The robot industry really took off in the 1970s. This period saw the arrival of what would later become major robotic manufacturers: Nachi, KUKA, FANUC, and Motoman. In 1973, the familiar six-axis configuration came into existence. KUKA, a German company, built Famulus, a robot with six electromechanically-driven axes.
	
	Want to learn about how industrial robots began? Visit our Robot Education section.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 04 Jun 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Press Brake Tending with Robots</title>
            <link>http://www.robots.com/blog.php?tag=409</link>
            <description><![CDATA[
	Increase productivity, safety, and flexibility with robotic press brake tending.
	
	Press brake machines and articulated robots are a study in opposites. While press brakes are large, guillotine-style machines designed for bending sheet metal and other materials, robots are slim, compact, and capable of great application flexibility. But this unusual match generates incredible results.
	
	Safety:
	Robotic press brake tending solutions are inherently safer. Employees are no longer in danger of injury either from the press brake machine directly or in association with it. Feeding a press brake machine can involve repetitive movement strain and heavy lifting, but robots eliminate these hazards.
	
	Productivity:
	Robots are fully repeatable and safeguarded, so the press brake machine can be run constantly at top speed. This increases throughput considerably. Furthermore, a robot can tend multiple press brake machines, conveyors, and pallet stations, when it is placed on a rotating base or sliding track.

	Flexibility:
	Robots are flexible both in their construction and capabilities. Their dexterity, repeatability, and speed are well-suited for material handling / machine tending jobs such as this. Robotic EOAT (typically grippers) can easily accommodate different sized parts, leading to even greater productivity.
	
	Interested? Call RobotWorx at 740-383-8383 for more information about a robotic press brake solution to fit your needs.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 20 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman MA3100 Robot</title>
            <link>http://www.robots.com/blog.php?tag=408</link>
            <description><![CDATA[
	Expand your horizons and your work envelope with the extended reach MA3100 robot.
	
	This new addition to the &quot;Master Arc&quot; robot series spans 3,121mm horizontally. No need to strain, the MA3100 can access parts and cover distance with speed and dexterity.

	The MA3100 has a light payload (3kg) which makes it a perfect match for arc welding needs. Through-arm cabling protects and extends wire life while simplifying programming.
	
	While the standard MA3100 is designed for floor installation, a ceiling/wall-mount model, the MA3100T, provides even more options. &nbsp;

	Think a MA3100 robot would work well with your application? Call RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 18 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Top Three Reasons to Choose RobotWorx</title>
            <link>http://www.robots.com/blog.php?tag=406</link>
            <description><![CDATA[
	Experience:
	When it comes to robotic integration, you need a company with a proven track record. RobotWorx has built and installed dozens of robotic systems for companies throughout North America and the world.
	
	Our staff of robot professionals, including certified technicians and OSU welding engineers, has the expertise to make your automation plans a reality.&nbsp;We have extensive experience working with a variety of applications, a host of different industries, and entire generations of robot models.
	
	Affordability:
	At RobotWorx we&#39;re dedicated to providing our customers with exceptional deals on robots and robotic systems. Our reconditioned robot models offer savings up 50% or more when compared with new pricing. Hybrid workcells allow customers to combine new and used robot equipment for greater affordability.
	
	In the manufacturing world, time is money. RobotWorx helps customers get up and running with pre-engineered workcells. We keep a selection of our complete workcells on hand so they can be quickly customized and shipped.&nbsp;Customers cut&nbsp;down on lead time by choosing a preengineered option.
	
	Reliability: 
	You can depend on RobotWorx for top notch customer service, support, and products. Our staff is available to answer your questions both before and after you purchase one of our robots/systems. The company also offers a warranty based on the customer&#39;s requirements with every system purchase.

	In addition to being recognized as an official KUKA Robotics System Partner and FANUC Authorized System Integrator, RobotWorx has worked with robots from nearly every major manufacturer&nbsp;- Nachi, Motoman, Panasonic, ABB, and many more.
	
	Interested? Give RobotWorx a call: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 14 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Quick Palletizer: FANUC M-410iB/140H </title>
            <link>http://www.robots.com/blog.php?tag=407</link>
            <description><![CDATA[
	Palletize with lightning speed!
	
	The new high-speed FANUC M-410iB/140H robot is capable of performing 1,900 standard palletizing cycles an hour. That&#39;s one cycle (moving 400mm up and down and 2000mm horizontally) in less than two seconds!
	
	The FANUC M-410iB/140H model expands the range of the M-410i series with its lightweight payload (140kg), mass, and slim frame. Designed for easy access and speed, the Fanuc M-410iB/140H has a narrow forearm and wrist. The robot&#39;s integrated cabling leads to faster programming and greater longevity. A 2850mm reach provides just the right work envelope for the majority of palletizing jobs.
	
	This new M-410iB works well whether mounted to the floor or on a raised platform. The R-30iA provides exceptional control.
	
	Need a robotic palletizer? Call RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 10 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Orders Increase in 1st Quarter of 2010</title>
            <link>http://www.robots.com/blog.php?tag=404</link>
            <description><![CDATA[
	If the first quarter of 2010 is any indication, this is going to be a better year for robot sales.
	
	According to data gathered by the Robotic Industries Association (RIA), the first quarter of 2010 saw a marked increase in robot orders. Robot manufacturers in North America report 16% more units sold than last year at the same time. They also&nbsp;brought in 30% more dollars compared to the first quarter of 2009.
	
	The application with the largest number (60%) of new robot orders was material handling. There were also increases in the following industries: food and consumer goods and semiconductor/electronics/photonics. Recovery in the automotive sector was also evident from increases in new robot orders.
	
	Out of the roughly 1 million industrial robots in the world, the RIA estimates 196,000 are at work in the U.S.
	
	Interesting in purchasing a new robot? Now&#39;s the time. Call RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 06 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Arrival: FANUC M-20iA </title>
            <link>http://www.robots.com/blog.php?tag=403</link>
            <description><![CDATA[
	A place for everything and everything in its place. This definitely applies to the Fanuc M-20iA, a robot designed for neatness and worry-free programming.
	
	First of all, the wrist and upper arm of this model are hollow, so the dress-out package can be tucked inside. This extends cable life and makes programming much more straightforward. Save time and avoid safety hazards with this neat treatment.
	
	Second, the Fanuc M-20iA has a unique way of dealing with peripherals. A shelf in the upper arm provides a space for mounting extra features (cameras, sensors, etc.). Again, this feature makes this robot even more streamlined. The robot&#39;s slim profile gives it even more flexibility&nbsp;- this model can mount to floor, ceiling, or wall.
	
	Third, the Fanuc M-20iA has a slender build, but don&#39;t let that trick you. This robot model is quite strong and provides optimal rigidity for material handling jobs. A 20kg payload and 1811 horizontal reach make it the perfect fit for dispensing, machine tending, and pick and place.
	
	Interested in the organized Fanuc M-20iA? Give us a call: 740-383-8383.&nbsp;
	
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 05 May 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Add Versatility with the KUKA KR C2 Controller </title>
            <link>http://www.robots.com/blog.php?tag=402</link>
            <description><![CDATA[
	The KUKA KR C2 robot controller takes flexibility to the next level. Suitable for&nbsp;use with any KUKA robot, large or small, the KUKA KR C2 is designed to adapt.
	
	Versatility Outside:
	KUKA&#39;s control cabinet has a functional and modular design. Its base takes up only 0.3 square meters. The cabinet is designed to fit snuggly next to other controllers for optimal space efficiency. KUKA KR C2 controllers weigh 185kg. &nbsp;
	
	The KUKA KR C2 cabinet does not have to be placed in close proximity to the robot arm, because the&nbsp;only operator control located on the cabinet is a power switch. The KUKA KR C2 can control a maximum of 12 axes. It can also be utilized for non-robotic control tasks.
	
	Versatility Inside:
	The interior of the KUKA KR C2 cabinet is designed for easy expansion and maintenance. The PC is located in the door, so alterations can be made quickly.
	
	Versatility at Hand:
	The KUKA KR C2 Control Panel (KCP) is highly ergonomic and easy to use. The familiar Microsoft Windows interface simplifies programming. Prepackaged software programs offer quick programming options.
	
	For more information about the KUKA KR C controller call RobotWorx: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 29 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Stainless Steel KUKA Robot</title>
            <link>http://www.robots.com/blog.php?tag=401</link>
            <description><![CDATA[
	Completely encased in stainless steel, the KUKA KR 15SL is designed for cleanroom use. This model is ideally suited for processing food products and handling pharmaceuticals.
	
	The KUKA KR 15 SL is built to be hygienic and easy-to-clean. Even the harshest chemical cleaning solvents can be used to spray this model down without causing any damage. Everything is specially sealed to meet an IP67 rating.
	
	In other ways, the KR 15 SL is designed much like other KUKA robots. It has six axes of movement and can be installed to floor or ceiling. A lightweight 15kg payload is all that is necessary for assembly, pick and place, palletizing, and cutting applications. The KR 15 SL can reach a full 1,503mm.

	Think you could use a KUKA KR 15 SL in your facility? RobotWorx is here to help: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 19 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc Genkotsu Robots: M-1iA and M-3iA</title>
            <link>http://www.robots.com/blog.php?tag=398</link>
            <description><![CDATA[
	Genkotsu, the Japanese word for fist, is an appropriate name for the Fanuc M-1iA and M-3iA robots. These parallel-link robots are as compact and dexterous as a human hand.
	
	The Genkotsu robots offer exceptional material handling and assembly solutions. Easily mounted to the ceiling, they are space-efficient and flexible. The M-1iA weighs just 17kg&nbsp;with a payload capacity of 0.5kg. The larger M-3iA has a mass of 153kg and 6kg payload.
	
	The standard M-1iA/0.5A and M-3iA/6A robot models are constructed with six axes of flexibility, three of which are located in the wrist itself.
	
	Variations with four axes of motion and single axis wrists are also available. The 4-axis robots (M-1iA/0.5S and M-3iA/6S) provide a level of stability that makes them suitable for pick and place and light palletizing jobs.&nbsp;&nbsp;

	Fanuc Genkotsu robots work at top speeds. The M-1iA/0.5A can move 3,000 degrees each second. It is surpassed in speed by the 4-axis M-3iA/6S&nbsp;- capable of moving 4,000 degrees per second.
	
	Interested in a Fanuc Genkotsu robot or another delta-style model? Call RobotWorx at 740-383-8383 for pricing and availability.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Sat, 17 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Now a Fanuc Authorized System Integrator</title>
            <link>http://www.robots.com/blog.php?tag=399</link>
            <description><![CDATA[
	We are pleased to announce RobotWorx&#39; new status as an Authorized System Integrator with FANUC Robotics America, Inc. We appreciate the vote of confidence and look forward to a productive partnership.

	A leader in industrial robot manufacturing, FANUC Robotics America, Inc. has installed over 220,000 robots throughout the world and created more than 200 different robot variations. FANUC robot models range from the tiny, delta-style M1iA/0.5 to the powerful M-2000iA/1350.
	
	The new affiliation will allow RobotWorx to expand its integration offerings and provide even more resources and support to customers.
	
	Interested in taking advantage of RobotWorx&#39; new status as a FANUC Authorized System Integrator? Call us with your integration questions at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Becomes KUKA Robotics System Partner</title>
            <link>http://www.robots.com/blog.php?tag=400</link>
            <description><![CDATA[
	&quot;KUKA your ideas&quot; with RobotWorx.
	
	RobotWorx recently joined forces with KUKA Robotics Corporation as an official Robotics System Partner. Through this networking relationship with KUKA, RobotWorx will be able to offer even more in products and services to its customers.
	
	One of the major players in the robotics manufacturing industry, KUKA Robotics Corporation and its parent company, KUKA Roboter GmbH, have more than 80,000 robots installed worldwide. KUKA has expanded its robot offerings to include a slew of robot models ranging in payload from 3kg to 1,000kg.
	
	Find out how you can benefit from RobotWorx&#39; status as a KUKA Robotics System Partner by calling 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Buy Robots This Year and Save on Taxes</title>
            <link>http://www.robots.com/blog.php?tag=345</link>
            <description><![CDATA[
	Thinking about buying robots in 2010? Industrial robotics equipment definitely qualifies&nbsp;as a&nbsp;Section 179 deduction.&nbsp; Take&nbsp;advantage of&nbsp;these incredible tax incentives!&nbsp;
	
	The Hiring Incentives to Restore Employment (HIRE) Act of 2010 has extended deduction limits from The American Recovery and Reinvestment Act of 2009 (ARRA). All companies who purchase up to $800,000 in new and used equipment in 2010 are eligible for a $250,000 tax deduction.*&nbsp;
	
	Take advantage of the 2010 tax incentives by stocking up on new or used robot models from RobotWorx.
	Call today - 740-383-8383.&nbsp;

	*Note: The Small Business Jobs Act passed in September 2010, raised limits for Section 179 deductions. Businesses can now deduct up to $500,000 on purchases up to $2 million.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 15 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Arrival: KUKA KR 210L Foundry Robot</title>
            <link>http://www.robots.com/blog.php?tag=396</link>
            <description><![CDATA[
	Need a strong robot that can take the heat? The KUKA KR 210L Foundry version is at your service.
	
	New to the RobotWorx inventory, this powerful, long-reach KUKA features a custom paint job (white) and a foundry wrist. The KR 210L 150-2F extends a full 3,100mm horizontally and lifts up to 150kg.
	
	The strength of the robot alone makes it ideal for foundry-type jobs&nbsp;- material handling, dispensing, diecasting. The added protection at the wrist&nbsp;- IP67 rating, three coats of heat-reflecting paint, etc., make it invincible. KUKA&#39;s foundry wrist can work in 100 degrees Celsius and handle intense heat (up to 180 degrees Celsius) for 10 seconds of every minute.
	
	Watch&nbsp;the KUKA&nbsp;KR 210L foundry edition run through its paces. Call RobotWorx at 740-383-8383 for more information about the KUKA KR 210L or other KUKA robots.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 15 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Updated Robot Repeatability Testing</title>
            <link>http://www.robots.com/blog.php?tag=395</link>
            <description><![CDATA[
	Robot repeatability testing is a critical component of RobotWorx&#39; reconditioning process. Our newly revamped Repeatability Cart accurately tests each used robot and compiles the data.
	
	What is Repeatability?
	Repeatability is the ability of a robot to return to the same spot with only the slightest variation. &nbsp;Good repeatability is very important to robot performance. It is achieved when multiple robot components&nbsp;- controls, motors, gears, axes&nbsp;- work together. When robot repeatability numbers are not within the correct range, each axis is tested so the problem can be pinpointed and corrected.
	
	How Does the Repeatability Cart Work?
	The RobotWorx tests each used robot for a minimum of eight hours. The robot is programmed to run cyclically&nbsp;- stopping at the same spot for the cart&#39;s pneumatic sensor to measure its position.

	
		New Sensor Style:
		RobotWorx chose to upgrade the cart with a pneumatically powered General Purpose Digital Contact Sensor from Keyence. Previously, RobotWorx&#39; sensor required the robot to press it at the end of each cycle. Now the 32mm high-tech sensor moves on its own to test the position of&nbsp;the robot. This leads to less wear and tear on the sensor.
		
		Not only is this high precision sensor longer-lasting, it is simpler to install. The IP67 rated cable is water-resistant.
		&nbsp;
	
		Sturdier Cart:
		When it comes to repeatability testing, the stability of the Robot Repeatability Cart is paramount. The newly revamped cart is built with leveling pads. This increases the reliability of the data collected.
		&nbsp;
	
		Faster Processing: The robot repeatability&nbsp;cart features a new computer for storing the repeatability data. Faster processing speed allows for a faster assessment.


	Interested in learning more about RobotWorx robot reconditioning process? Contact our Sales Department at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 08 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Celebrate! First National Robotics Week</title>
            <link>http://www.robots.com/blog.php?tag=397</link>
            <description><![CDATA[
	Mark your calendars! The first-ever National Robotics Week&nbsp;takes place&nbsp;April 10-18 and it&#39;s not something you want to miss!
	
	The goal of National Robotics Week is to educate and excite&nbsp;the general public&nbsp;about the current and future impact of robotics. A host of museums, organizations, and businesses are celebrating with robot-related events, open houses, and competitions. Visit www.nationalroboticsweek.org to find out what is happening in your area.
	
	The oldest robotics competition, the National Robotics Challenge (NRC), is one of the events being&nbsp;held during this&nbsp;week. The NRC takes place April 15-17 in Marion, Ohio, just down the street from the RobotWorx facility.
	
	National Robotics Week was created by an Advisory Council made up of prominent companies, educational institutions, and organizations, including iRobot Corp, Adept Technologies, FIRST, MIT, RIA, and many others.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 08 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Six Reasons to Choose Waterjet Robots </title>
            <link>http://www.robots.com/blog.php?tag=394</link>
            <description><![CDATA[
	Waterjet robots are a force to be reckoned with. Combining the power of water and the flexibility of automation, they offer multiple advantages.
	
	Waterjet robots are ideally suited for cutting, drilling, material removal, and cleaning applications. They are able to&nbsp;cut through a multitude of materials&nbsp;- metals, plastics, carpet, food, etc. Because of this versatility and other unique characteristics, waterjet robots are fast becoming the preferred application for many industries, including aerospace, automotive, food, and packaging.
	
	How Water Jets Work: Waterjet EOAT channels a high-pressured jet of water (40,000-60,000 pounds per square inch) through a small opening. Sometimes garnet is added to the stream of water to make the jet even more abrasive. The stream of high-pressure water wears the material away quickly and cleanly.
	
	Six Advantages to Waterjet Robots:

	
		Speed: Waterjet robots offer speed. The waterjet EOAT is much lighter than laser cutters, making the processes even faster.
		&nbsp;
	
		Accuracy: The precision of a waterjet, together with the repeatability of the articulated robot provide incredible accuracy and control. On a related note, the waterjet provides precision cuts without any raw edges.&nbsp;
		&nbsp;
	
		Flexibility: Waterjet robots offer incredible versatility. In the automotive industry, for instance, trim die cuts are created for each part. With waterjet technology, changing parts frequently is no hassle.&nbsp;
		&nbsp;
	
		Eco-Friendly: Waterjet robots keep it green. This application won&#39;t leave hazardous wastes behind. Plus, the water can be constantly reused due to a closed-loop system.
		&nbsp;
	
		Heat-Free: Unlike plasma and laser cutting processes, waterjet applications do not create a HAZ or heat affected zone, so materials are not damaged during the process.
		&nbsp;
	
		No Dust/Smoke: Instead of the dust and mess created with robotic router cutting, waterjet makes a clean cut. This way you save time and effort cleaning the workspace. A dustless environment is simply healthier. Waterjets do not create smoke like plasma and laser cutting.&nbsp;It goes without saying that vaporized materials like vinyl and fiberglass are not safe.


	Interested in a waterjet robot? Contact RobotWorx at 740-383-8383 for pricing and availability.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 05 Apr 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Nachi Palletizing Robots for 2010</title>
            <link>http://www.robots.com/blog.php?tag=387</link>
            <description><![CDATA[
	There is a new Nachi series in town. In addition to the new ST Fast robots, Nachi has introduced the LP palletizing series.
	
	Pick, Pile, Pack:
	Looking for reliable, sturdy material handling? The LP120 and LP180 robot models are designed to provide the best in palletizing and other material handling solutions - whether your product is packaged in bags, crates, cases, etc.
	
	Strength and Span:
	Four axis in design, the LP robots lift 130kg and 180kg respectively. Both Nachi LP palletizing models provide wide work envelopes - moving a maximum of 2600mm vertically and 3210mm horizontally. This span and a flexible J1-axis allows the robot to&nbsp;work as many as six pallets at once.
	
	Program Ease:
	The AX controller offers advanced palletizing functions for the LP robots. The user interface is easy to understand, making programming quick and accessible. AX functions include automatic route generation and function record keeping.
	
	Purchase your own Nachi palletizing robots by calling 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 25 Mar 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Explosion-Proof KUKA Robots</title>
            <link>http://www.robots.com/blog.php?tag=393</link>
            <description><![CDATA[
	KaBoom!
	
	It would be a shame if your brand new robot caused or was damaged by an explosion. Avoid such costly disasters and protect workers with explosion-proof KUKA robots.
	
	When you have a work environment that&#39;s explosive (i.e. has flammable gases, vapors, or combustible dusts suspended in the air), and you are working with water-based paints, sealants, or hazardous products,&nbsp;the typical robot&nbsp;isn&#39;t sufficient.
	
	In fact, it&#39;s extremely risky. KUKA has a robot that can work in these contexts without causing an explosion.
	
	These robot models are carefully constructed to work in explosive atmospheres. Built with special motors and cables, KUKA&#39;s explosion-proof robots are pressurized and sealed. They are ATEX-compliant and useful for Group IIB, Category 3G and Temperature Class T3 settings.
	
	Explosion-Proof KUKA Models (indicated by EX)
	KR16 EX
	KR16 C-EX (ceiling mount)
	KR16 W-EX (wall mount)
	KR30 L16-3 EX (long arm)
	KR30 L16-3 C-EX (long arm, ceiling mount)
	
	Considering an explosion-proof KUKA? Contact RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 25 Mar 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Topsy Turvy: Invert Mounted Robots</title>
            <link>http://www.robots.com/blog.php?tag=392</link>
            <description><![CDATA[
	
	Invert-mounting a robot offers many benefits. If you are considering this option, here&#39;s what you need to know.&nbsp;
	
	A robot does not have to be gantry styled to work from above. Many, although not all, standard industrial robot models are capable of being installed upside down.
	
	The Mechanics:
	Inverted robots must be secured to a surface (preferably a steel plate).&nbsp; This platform will have to be able to handle the weight of the robot plus any inertia created when the robot moves. A solid, substantial platform is required to maintain repeatability. Specific requirements vary by model. Please&nbsp;consult the appropriate robot literature.
	
	Advantages of Inverted Mount Robots:

	
		Accessibility: Invert-mount robots provide better accessibility to large and hard to reach parts. They are ideal for machine tending applications in particular.
	
		Footprint: Robots hung from above save floorspace. Condense the overall footprint of your workcell with an invert-mount robot. &nbsp;
	
		Maintenance: Maintaining machines, positioners, and conveyors is less of a hassle with the robot up and out of the way. &nbsp;


	A Few Changes with Invert-Mount Robots

	
		Functionality: In general, robot functionality is unaltered by inverted mounting. However, keep in might that depending on where you&#39;re installing your invert mount robot, some axes of movement may be limited and the available payload may be slightly altered. &nbsp;
	
		Preventive Maintenance: It&#39;s important to remember that greasing an invert mount industrial robot is reversed. Switch labeling so your grease input location is opposite (in is out, out is in).


	To find out more by watching this invert-mount robot video. Contact RobotWorx at 740-383-8383 for pricing and availability.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 19 Mar 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Getting the Most Out of Foundry Robots</title>
            <link>http://www.robots.com/blog.php?tag=390</link>
            <description><![CDATA[
	
	It is easy to typecast foundry robots. True, they are the tough ones, able to lift heavy loads in harsh, hot environments. But foundry robots are fully capable of playing other roles as well. &nbsp;
	
	Industrial robots prove the ideal solution for a wide range of foundry jobs - from material handling to dispensing, finishing and painting. Find out how foundry robots are well-suited for many different applications.
	
	Material handling is a central part of foundry processing. Robots are extremely useful when it comes to the repetitive work of moving and manipulating parts, cores, molds, castings and dies. Foundry robots&#39; EOAT and wrists are able to handle extremely hot pieces and work in close proximity to potentially dangerous machinery and substances. Other material handling jobs that are common in foundries include machine tending (inserting and extracting), part transferring, core making and more.
	
	Dispensing jobs, whether pouring or ladling molten metal, or spraying release agents on molds are common to foundries. Robots are protected so they can handle the dangers of heat, hazardous fumes and smoke, and overspray from harsh chemicals. They conserve materials by moving and dispensing with extreme precision.
	
	Finishing: Once pieces have been cast, a lot of finishing work must take place. Robots offer the dexterity and flexibility required to carry out the jobs of cleaning, waterjet blasting, deburring, polishing, milling, drilling, machining, trimming, chiseling, painting and more. A tool changer allows a robot to switch from one task to another with ease. Plus, industrial robots&#39; extreme accuracy leads to consistent, high quality results.
	
	Call RobotWorx at 740-383-8383 for pricing and availability on foundry robots.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 17 Mar 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Handle it with the Motoman MH Series</title>
            <link>http://www.robots.com/blog.php?tag=391</link>
            <description><![CDATA[
	Three new additions to Motoman&#39;s MH robot series expand possibilities with greater work envelopes and payloads.
	
	Tackle material handling, dispensing, coating, or even welding jobs with the MH50, MH50-20, and MH50-35. These versatile robot models are 6-axis and function with the advanced DX controller. Install them in the floor, ceiling, or wall for greater accessibility.
	
	The standard MH50 model provides a 2,061mm horizontal, 3,578mm vertical reach. The other two robots have extended reaches. Ideal for work on larger parts, extended reach models can make for easier programming and eliminate the need for expensive tracks.
	
	The work envelope of the MH50-20 expands a full 3,106mm horizontally and 5,585mm vertically. The other extended reach robot, the MH50-35, has a horizontal reach of 2,538mm and a vertical reach of 4,448mm.
	
	Interested in one of the MH models or another material handling robot? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 15 Mar 2010 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The SDA5D: Motoman's New Dual Arm Robot</title>
            <link>http://www.robots.com/blog.php?tag=389</link>
            <description><![CDATA[
	Motoman has added a new, low-payload model to its SDA dual arm series.&nbsp;&nbsp;
	
	Like the other members of the SDA family, the SDA10D and SDA20D, the SDA5D has 15 axes of movement (seven axes in each arm, and one central axis in its torso). However, the SDA5D handles a payload of just 5kg on each arm and is able to provide greater repeatability (+/- 0.06mm) and higher speeds.
	&nbsp;
	Advantages of Dual-Arm Robots:
	
	Multitasking:
	Because of their ability to move with human-like dexterity and coordination, they are well-suited for assembly, pick and place, and material handling applications. The SDA5D works with a DX100 controller, which is able to orchestrate up to 72 axes.
	
	Conserving Costs:
	Not only do SDA series robots offer quick cycle times and minimize waste, their design eliminates the need for expensive EOAT or positioners. One arm can hold the part while the other works on it.
	
	Saving Space:
	This new Motoman robot is designed to take up very little room. Its base only takes up a space 280 x 280mm. It&#39;s lithe torso and arms easily access hard to reach areas and parts. The SDA5D offers a wide work envelope with 845mm horizontal reach and 1,118mm vertical reach.
	
	Interested in purchasing one of Motoman&#39;s new dual arm robots? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 10 Mar 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Nachi Robots: ST Fast Series</title>
            <link>http://www.robots.com/blog.php?tag=388</link>
            <description><![CDATA[
	Make it go FASTER! Pick up the pace with the new Nachi ST Fast series.
	
	These six upgraded models are designed to move up to 15% faster and more effectively than their predecessors. Quick and agile, the ST Fast series includes the floor mounted ST133F, ST166F,and ST210F and their respective table mount versions, the ST133TF, ST166TF, and ST210TF.
	
	These 6-axis ST Fast robots are strong and sturdy&nbsp;thanks to improvements in gear design. They offer a wide range of movement and payloads. Even cable routing has been improved, leading to faster, safer movement.
	
	Payload capacities of 133kg, 166kg, and 210kg provide application flexibility for any number of jobs - arc welding, spot welding, cutting, material handling, etc. Each ST Fast model offers wide work envelope measurements for greater accessibility.
	
	The ST Fast robots are protected with IP67 ratings - making them an ideal choice for harsher environments such as foundries.
	
	Interested in a new Nachi robot? Contact RobotWorx at 740-383-8383 for pricing information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 05 Mar 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman VA1400 at Reduced Price!</title>
            <link>http://www.robots.com/blog.php?tag=386</link>
            <description><![CDATA[
	Bring versatility to your arc welding application with Motoman&#39;s brand new VA1400 robot. This unusual robot offers seven axes of movement for a performance that deserves its &quot;Versatile Arc&quot; title.
	
	RobotWorx is currently offering one of these brand new VA1400 robots on sale. Call 740-383-8383 for pricing. The robot is supported with a factory warranty good for three years. Free training at RobotWorx&#39; facility is also included.
	
	Magic 7:
	The VA1400&#39;s seventh E-axis is referred to as the elbow. It provides a new axis of movement at the middle of the lower arm. This additional axis makes it possible to keep the welding gun in the same position, resulting in high quality welds even in tight spots. Through-arm cabling increases flexibility still further.
	
	Capabilities:
	This robot model tackles the challenges of arc welding in any context. A 1,434mm horizontal reach and 3kg payload provide the strength and work envelope needed. A ceiling and wall mount version, the VA1400T, allows the robot to be installed where it can best access parts.
	
	Advanced Control:
	The VA1400 comes with a DX100 controller and teach pendant. This top-of-the-line controller stores up to 200,000 steps and 100,000 instructions. Rely on the DX100 for optimal, precision control.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 02 Mar 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Chilling: The KUKA KR 180 PA Arctic</title>
            <link>http://www.robots.com/blog.php?tag=384</link>
            <description><![CDATA[
	
	Brrr... The KR 180 PA Arctic robot is at home in the freezer.
	
	In deep freeze settings, other robots would need special heating or protective shrouds. But this frost-proof palletizing robot is built to work in temperatures as low as -30 C. With an ingress rating of IP65, the KR 180 PA Arctic is impervious to dust and high-power water jets. Sealed against the elements and equipped with special grease and oil, the Arctic version can take the cold.
	
	The KUKA KR 180 PA handles materials with speed and accuracy - cutting down on icy build-up on products. A 180kg payload and 3200mm maximum reach make this robot ideal for packing, stacking, and palletizing tasks. Even better, the rigid 4-axis arm of the KR 180-2 PA Arctic is built from carbon fiber composites (CRP). &nbsp;

	Interested in a KUKA palletizing robot for your deep freeze zone? Contact RobotWorx at 740-383-8383 for pricing.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 19 Feb 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Conquer Extreme with KUKA Foundry Robots</title>
            <link>http://www.robots.com/blog.php?tag=383</link>
            <description><![CDATA[
	
	Extreme environments require extreme solutions. When it comes to working in humid, hazardous, hot, and dirty settings, KUKA&#39;a extensive foundry line meets challenges head-on.
	
	So Much Variety
	Many of KUKA&#39;s standard, shelf-mounted, palletizing, and gantry models are available in a special foundry-safe version. The KUKA foundry robots range in payload from 16kg to 1,000kg. So, whether you need a robot with the muscle to handle heavy die cast and forged parts, or a lighter arm with a lower payload for fragile, heated glass, KUKA has the answer.
	
	It&#39;s all in the Wrist
	The KUKA foundry version features an IP67-rated, in-line wrist with heat-reflecting paint. This specially designed wrist can easily withstand constant temperatures up to&nbsp;100 degrees celsius. It can also handle&nbsp;180 degree heat for short periods of time (10 seconds/min).
	
	Foundry Tough Arm
	KUKA&#39;s foundry robots are protected with three coats of paint. This, as well as multiple seals, allows it to resist acids, alkalis, and water jet pressure.
	
	Interested in a KUKA foundry robot? Call our sales department at 740-383-8383 for pricing and availability.
	
	KUKA&#39;s Foundry Robots:

	
		
			
				
					KR 16-2F
					KR 16-2 KS-F
					KR 30-3 F
					KR 30-3 KS-F
					KR 60-3 F
					KR 60-3 KS-F&nbsp;
			
			
				
					KR 150-2 F
					KR 180-2 F
					KR 180-2 K-F
					KR 210-2 F
					KR 210-2 K-F
					KR 240-2 F&nbsp;
			
			
				
					KR 360-2 F
					KR 500-2F
					KR 500 570-2 PA-F
					KR 1000 L750 titan F
					KR 1000 titan F
			
		
	


	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 18 Feb 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Save Time with New Fanuc M-20iA Robot</title>
            <link>http://www.robots.com/blog.php?tag=382</link>
            <description><![CDATA[
	Practical design saves the day! The 6-axis Fanuc M-20iA is designed to help you avoid costly downtime and engineering headaches.
	
	Addressing the Dress-out Problem
	Built with a hollow upper arm and wrist, the innovative M-20iA keeps dress-out packages safely tucked away. No danger of wire harnesses and other utility cabling interfering with other equipment or parts. The thru-arm routing protects the dress-out package from snagging or catching.
	
	At the same time, engineers no longer have to consider the route of the cabling when they are integrating and programming.
	
	Keep it on the Shelf
	The new Fanuc M-20iA has a tidy solution for peripheral attachments. The upper arm has a shelf area where such &quot;extras&quot; can be stored. Again, this leads to simplified wiring and fewer considerations when programming.
	
	Multitasking from Every Angle
	Compact and lithe, the Fanuc M-20iA can be installed anywhere. Its 20kg payload make it a good fit for assembly, dispensing, material handling, and pick and place applications.
	
	Call today for first dibs on a brand new Fanuc M-200iA from RobotWorx - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 16 Feb 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ATI Robotic Tool Changer Adds Flexibility  </title>
            <link>http://www.robots.com/blog.php?tag=380</link>
            <description><![CDATA[
	A robotic tool changer from ATI Industrial Automation aided RobotWorx in&nbsp;building a faster, more&nbsp;flexible robot system.&nbsp;
	
	The customer, a manufacturer of specialty fasteners, needed a robot system to pick and place round bar stock ranging in diameter from 1/4&quot; to 2 1/2&quot;.
	
	To accommodate the different part sizes, RobotWorx&#39; reconditioned Fanuc M-710i RJ2 robot had to use two grippers - one smaller, one larger. ATI&#39;s sturdy QC-40 tool changer proved the perfect solution.
	
	The QC-40 robotic &nbsp;tool changer made the process of switching EOAT quick and smooth. It is designed with two interlocking parts: a master side mounted directly to the M-710i robot, and a tool side mounted to the EOAT.
	
	Equipped with the QC-40, RobotWorx&#39; robot system achieved faster cycle speeds and throughput. There was no need to stop the system and manually change the gripper, so the system saved time and labor. 

	ATI&#39;s tool changer is pneumatically powered and constructed for payloads up to 50kg. Made to withstand wear and tear of the manufacturing setting, every&nbsp;component of its locking mechanism is&nbsp;fashioned from Rc58 stainless steel. Even the bushings surrounding the pneumatic pass are built to last. The&nbsp;ten meter cable&nbsp;directing air to the changer is high-flex.
	
	Watch a video of the robotic tool changer.
	
	Interested in learning more about a system using robotic tool changers?
	Contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 10 Feb 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Just In: New Motoman MA1400 DX100</title>
            <link>http://www.robots.com/blog.php?tag=376</link>
            <description><![CDATA[
	Tame the flame! Master the arc!
	
	The MA1400, just one of the robots in the Motoman Master Arc series, provides a compact, expert approach to welding and more.
	
	In fact, a lightweight 3kg payload, sizeable 1434mm horizontal reach, and advanced DX100 controller make this a clear choice for pick and place, assembly, and welding jobs.
	
	The MA1400 welding robot was designed to take up very little space and work very closely with other robots and hard-to-reach areas. It has a streamlined arm with cabling neatly routed through.
	
	The compact design of the DX100 controller also saves space while controlling up to 72 axes. It also conserves energy with its nifty hibernation mode.
	
	Looking to purchase an arc welding robot like the MA1400? Call RobotWorx at 740-383-8383 for a same-day quote!

	
	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 27 Jan 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc SR Mate 200i Handles Injection Molding</title>
            <link>http://www.robots.com/blog.php?tag=377</link>
            <description><![CDATA[
	Break out of the mold with the Fanuc SR Mate 200i, a&nbsp;robot built for the plastic injection mold industry.
	
	All puns aside, this is not your typical gantry robot. &nbsp;The Fanuc SR Mate 200i is a rail-mounted robot that offers agility, speed, and versatility.
	
	Multitasking:
	This 6-axis model combines linear and rotary movements. This makes it a perfect solution for any number of jobs associated with injection mold machines, in addition to tending. So, if products need to be stacked, palletized, trimmed, labeled, the SR Mate 200i has the flexibility to handle it all.
	
	Conserving:
	Rail-mounting offers many advantages for tending 150-350 ton injection mold machines. Most important is its nearly nonexistent footprint. Plastic injection molding machines can be quite bulky. The SR Mate 200i robot is compact and overhead. This placement makes it easier to maintain and repair machines.
	
	At the same time, the reach of the SR Mate 200iA (1158mm horizontally) and the track range options, mean this model isn&#39;t constrained. &nbsp;

	Zooming:
	The Fanuc SR Mate 200i robot can move. In fact, it has the ability to extract parts in 3/4 seconds flat! Along its track, this particular robot can reach speeds of 2000mm/sec. Incidentally, the SR Mate 200iA offers a payload capacity of 8kg.

	Safeguarding:
	The Fanuc SR Mate 200i is capable of increasing workplace safety. With this rail-mounted robot, workers no longer run the risk of repetitive movement injuries and machine tending needs.

	Interested in a robot for plastic injection mold machine tending or material handling? Contact RobotWorx at 740-383-8383 for more a quick quote.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 27 Jan 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Integration is in the Details</title>
            <link>http://www.robots.com/blog.php?tag=375</link>
            <description><![CDATA[
	The expression, &quot;The devil is in the details&quot; definitely applies to robot integration. Robots, controls, safety features, tooling - everything must work together for a system to function.
	
	Without the proper orchestration and know-how, integrating robotic components can be painstakingly tricky. Don&#39;t get bogged down in minutia! Instead, leave the details to RobotWorx&#39; knowledgeable staff.
	
	Robot integration is our specialty. We have years of experience building customized robotic workcells. We have experience working with a diversity of application for a variety of industries.
	
	Visit our Project Summaries section for a closer look at specific robotic solutions we&#39;ve built.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 21 Jan 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Donates Robots to COSI Columbus</title>
            <link>http://www.robots.com/blog.php?tag=373</link>
            <description><![CDATA[
	RobotWorx is promoting robotics education with a generous donation to COSI Columbus, a children&#39;s science&nbsp;museum.
	
	The gift is a self-contained, wheeled cart featuring two reconditioned Motoman K3S robots and MRC control units. RobotWorx&#39; goal is to inspire and inform the next generation about the inner workings and capabilities of industrial robots.
	
	The RobotWorx exhibit will be unveiled on Saturday, January 23rd, at 11am as a part of COSI Science Day: Robotics.
	
	&quot;We&#39;re excited about this opportunity to collaborate with COSI and educate students about how industrial robots work.&quot; Keith Wanner, RobotWorx president said.
	
	RobotWorx and COSI have been working together for the past year to iron out all the details of the exhibit and partnership. While the K3S robots are commonly used for welding and material handling in industrial settings, their COSI jobs will be more light-hearted. The K3S robots will be programmed to disco dance and assemble magnetic puzzles.&nbsp;&nbsp;
	
	RobotWorx has donated robots to universities, sponsored robotics clubs (4H RoboKids) and contest events (National Robotics Challenge), and hosted dozens of educational tours. RobotWorx was also profiled in the Modern Marvels: Welding episode, and most recently two RobotWorx robots starred in NBC&#39;s Knight Rider.&nbsp;

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 18 Jan 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Fanuc Genkotsu Robot: M-3iA</title>
            <link>http://www.robots.com/blog.php?tag=372</link>
            <description><![CDATA[
	
	Following close on the heels of the tiny M-1iA, Fanuc has released the M-3iA, another parallel link robot -&nbsp;this time with a larger payload capacity.
	
	The M-3iA can lift up to 6kg. It is designed for speedy, steady, and sophisticated assembly and material handling. This parallel link model is meant for ceiling installation. It provides a cylindrical work envelope and uses an R-30iA controller.
	
	Protection:
	M-3iA parallel link robots are safeguarded with an IP67 rating. This way, all axes can withstand water and dust. The wrist itself is protected from dust or oil misting. The new Fanuc M-3iA is also offered in a food safe version. This particular model is coated in white epoxy for easy acid and alkaline fluid cleaning. It also uses food grade grease.
	
	Two Models:
	The new Fanuc M-3iA robot comes in two different versions:
	
	The M-3iA/6A is constructed with&nbsp;six axes of movement - three of which are part of the wrist. This particular model is ideal for assembly work. Weighing a total of 153kg, the handy M-3iA/6S robot is capable of reaching speeds of 2,000 degrees per second.
	
	The less complicated 4-axis M-3iA/6S is more lightweight and swift. Capable of 4,000 degrees per second, this 140kg model has a single rotational axis in its wrist.
	
	Learn More about parallel link robots. Call RobotWorx for information about this and other new Fanuc robots: 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 05 Jan 2010 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ArcWorld IV-6200SL: New Motoman Workcell</title>
            <link>http://www.robots.com/blog.php?tag=370</link>
            <description><![CDATA[
	Introducing robotic workcells with trim waistlines.
	
	Motoman&#39;s new ArcWorld IV-6200SL &quot;slim line&quot; welding systems save space and time while increasing efficiency.
	
	Positioner on a Diet:
	These workcells achieve a compact footprint with unique trunnion positioners. The MRM2-250M3XSL and MRM2-7503XSL positioners are just one meter larger than the fixtures.
	
	The new Motoman workcell positioners are available with either 250kg or 750kg payloads. They take only seconds to spin - 1.75 sec. and 2.5 sec. - making for speedy cycle times. Another speed-enhancing feature about the slim line positioners has to do with servo motor drives. Independent drives in each of the three positioner axes allow for simultaneous movement - equaling even faster throughput.
	
	Robot Magic:
	Each of the &quot;slim line&quot; welding systems features two MA 1400 &quot;Master Arc&quot; robots. These precision-driven welding robots offer expert welding, speedy movement, 3kg payloads, and flexible work envelopes.
	
	Slim Jim:
	Another unique feature - the cells can be serviced from the front, making it possible to install slim line systems right next to one another.

	All the Whistles and Bells:
	Both ArcWorld IV-6200SL systems meet all safety requirements and include a full welding package and operator station.
	
	Interested in purchasing a robotic welding system? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 31 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Used Robots on the Assembly Line</title>
            <link>http://www.robots.com/blog.php?tag=371</link>
            <description><![CDATA[
	It&#39;s time for an update. Transform your assembly line with inexpensive used robots.
	
	Assembly is&nbsp;an essential&nbsp;industrial task - one that robots are well-suited to perform. Not only do robots possess the precision, tirelessness, consistency, and speed necessary for work on an assembly line, but used robots are extremely affordable.&nbsp;RobotWorx offers a wide variety of used assembly robots from all the major robot manufacturers. Browse our assembly robot inventory for the right fit.
	
	Assembly line robots save workers from drudgery and repetitive movement injury/ fatigue. With used robots working the assembly lines, companies can elevate their workers to more challenging positions. Robots provide a dependable, quick production force that works without wasting product or taking breaks. This saves money and time - generating even greater ROI.
	
	Today&#39;s assembly lines handle a variety of different products and short runs, requiring a lot of flexibility. Robots meet these challenges with vision technology and quick reprogramming capabilities.
	
	Interested in purchasing used robots for your assembly line? Contact RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 22 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Heavy Duty Robots Enter the Ring</title>
            <link>http://www.robots.com/blog.php?tag=369</link>
            <description><![CDATA[
	
	Advances in 6-axis robot technology have made it possible to build smaller and much, much BIGGER robots.
	
	Meet the industrial robot heavyweights. These burly, heavy duty robots are designed to handle the biggest parts - from auto bodies to tractors.&nbsp;&nbsp;

	The Giant: Fanuc M-2000iA
	The Fanuc M-2000iA is so gigantic it almost deserves a weight class of its own. This super heavy duty robot is available in two versions: M-2000iA/900L and M-2000iA/1200. The world&#39;s largest and most powerful 6-axis robot, the M-2000iA has an IP67 protected wrist, and is controlled by an advanced R-30iA. &nbsp;
	
	The Entertainer: Kuka KR1000
	The Kuka KR 1000 Titan can hoist up to 1000kg. This heavy duty robot reaches a full 3202mm horizontally and 5000mm vertically. In addition to its many heavy duty industrial uses,&nbsp;the Kuka KR1000&nbsp;is also at the center of&nbsp;Disney&#39;s Epcot Kuka&nbsp;new&nbsp;Robocoaster ride:&nbsp;&quot;Sum of all Thrills&quot;.
	&nbsp;
	The Powerful: ABB IRB 7600
	Meet every challenge with the tough ABB IRB 7600 robot model. This heavy duty robot attacks jobs with a 630kg payload capacity. Available in a couple different versions, the ABB IRB 7600 offers exceptional flexibility and a variety of arm lengths.

	Tough: Motoman Heavy Payload
	Motoman&#39;s three HP (Heavy Payload) models provide still more options for material handling, machine tending, and die cast robotic needs. The HP350D, HP500D, and HP600D accommodate a range of payload and reach requirements.

	For more information about heavy duty robots, contact the sales team at RobotWorx: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 15 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robots Take On Distribution Centers</title>
            <link>http://www.robots.com/blog.php?tag=368</link>
            <description><![CDATA[
	
	If asked to name new markets for industrial robots you&#39;d likely say alternative energy or pharmaceuticals. But you probably wouldn&#39;t mention distribution centers (DCs). Strangely enough, DCs are one of the hottest new frontiers for robotic automation.
	
	According to an article in Material Handling Management (Nov.&#39;09), distribution centers and warehouses used to be hesitant to incorporate robotic automation, but that&#39;s quickly changing. Today&#39;s material handling robots are more advanced, flexible, and cost-effective - the ideal fit for DCs.
	
	
	Robots offer unparalleled performance when it comes to palletizing, packing, and pick and place. Here are some of the main reasons why industrial robots work well in the distribution center:

	
		Cost Saving - A robot&#39;s ROI is impressive. Plus, robots cut costs dramatically by working efficiently and mistake-free.&nbsp;Overall, the prices of robotic automation have come down as well.
		&nbsp;
	
		Flexibility - Distribution centers handle a variety of different products and different packaging and palletizing requirements. Robots have the flexibility to handle this diversity of applications and materials. Advanced vision system and new software are making it even easier.
		&nbsp;
	
		Accuracy - Industrial robots provide the precision necessary for distribution jobs.
		&nbsp;
	
		Speed and Efficiency-&nbsp; Quick-moving distribution robots make it easier to meet deadlines and increase throughput.


	Consider the advantages of installing industrial robots in your DC. Contact RobotWorx for additional information about our inventory of material handling robots - 740-383-8383&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 10 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Checklist for Selling Used Robots</title>
            <link>http://www.robots.com/blog.php?tag=367</link>
            <description><![CDATA[
	Don&#39;t scrap it, sell it. Instead of sending your old robots to the salvage yard, make a profit by selling&nbsp;them to RobotWorx for much more!
	
	How do you know if your robotic equipment fits RobotWorx&#39; criteria? Our Acquisitions staff created a handy Robot Appraisal Checklist for that very purpose. Use this handy reference to find out some of the robot components we pay the most attention to (hint: intact cabling is a plus!).
	
	RobotWorx buys and reconditions a wide range of industrial robots from many different manufacturers: Fanuc, Motoman, OTC, ABB, Nachi, Kuka, and others. We are also interested in robotic parts, parts positioners, etc.
	
	Contact RobotWorx Acquisitions&nbsp;with any questions: 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 03 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Jet: The Kuka Robot Gantry Series</title>
            <link>http://www.robots.com/blog.php?tag=366</link>
            <description><![CDATA[
	Leave the traveling to Kuka&#39;s jet set.
	
	The Kuka Jet Series is composed of fast, wide-reaching gantry robots. The KR 30 jet and KR 60 jet models combine the benefits of linear tracking and traditional 6-axis robots.&nbsp;
	
	This gantry series is fully capable of traveling long distances and accessing hard-to-reach areas. Kuka Jet robots provide streamlined solutions for material handling and machine tending.&nbsp;
	
	Jet robots can be mounted to the top or side of the linear track. The available tracking&nbsp;reaches&nbsp;as far as&nbsp;20 meters. The KR30 jet model can accommodate a 30kg payload and extend a maximum of 1670mm.
	
	The Kuka KR60 jet robot ups the payload to 60kg while maintaining the same reach as the KR30 jet. Two long arm versions are also available: KR60 L45 jet and KR60 L30 jet. They have slightly smaller payloads and extend 1020mm and 1220mm respectively. &nbsp;
	
	Interested in a gantry solution? RobotWorx provides a variety of new and used solutions. Call us at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 01 Dec 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Discover Industrial Robots Through Video</title>
            <link>http://www.robots.com/blog.php?tag=365</link>
            <description><![CDATA[
	Want to catch a glimpse of robots in action without having to make a trip to Ohio? Visit RobotWorx&#39; online video section for demonstrations of robots in action -&nbsp;welding, palletizing, cutting,&nbsp;etc.
	
	These online videos provide viewers with a better understanding of the capabilities and scale of industrial robots. They are the great way to preview RobotWorx&#39; customized workcells, learn about our thorough reconditioning process, and get a handle on repeatability testing. There&#39;s even a virtual tour movie!
	
	
	
	Check out&nbsp;some&nbsp;of our popular robot videos:
	M-410iW Palletizing
	ArcWorld 6200 Welding
	Fanuc ArcMate 100i Arc Welding
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 30 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Tool Changers Designed for Faster Robots</title>
            <link>http://www.robots.com/blog.php?tag=364</link>
            <description><![CDATA[
	Tool Changers are unique&nbsp;devices&nbsp;that allow EOAT to be switched quickly and easily. This gives an industrial robot immediate flexibility - suction cups can be exchanged for grippers or a welding gun. Tool changers accommodate shorter production runs, product changes, and more.
	
	Today&#39;s industrial robots are capable of moving at faster speeds than ever before. In response, EOAT manufacturer Applied Robotics has created tool changers tough enough to withstand e-stop moment loads.
	
	Applied Robotics&#39; four SmartChange models (SC125, SC160, SC200, and SC250) are designed to work with corresponding robot configurations from 125mm on up. This new line of robotic tool changers is built from durable steel alloys. SmartChange&nbsp;models&nbsp;are made still stronger because of their coupling&nbsp;mechanism and six cam lock.
	
	Interested in a robot and tool changer combination? Discuss your vision with RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 23 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ABB Robotics Reveals New Gantry Robot</title>
            <link>http://www.robots.com/blog.php?tag=361</link>
            <description><![CDATA[
	ABB Robotics has a fresh approach to gantry.&nbsp;
	
	The new IRB 6620LX is built like a traditional, articulated robot, except for its base axis. Instead of a rotational axis, the IRB 6620LX is attached to a linear gantry unit - increasing the system&#39;s flexibility and reach considerably.
	
	The resulting design is ideal for material handling, machine tending, grinding, arc welding, and more. A Foundry Plus 2 version is also available for particularly harsh environments.
	
	Capabilities:
	The IRB 6620LX has a payload of 150kg and 1.9m maximum reach. The robot can be attached either upside down or sideways - providing greater flexibility. The linear gantry axis can extend a full 33m horizontally and 4m vertically. The linear track supports can be lowered or raised to adjust the work envelope still further.
	
	Safety:
	Not only does the IRB 6620LX offer a streamlined footprint, the overhead hung robot positioning allows machines to be run manually if necessary. This way, the operator doesn&#39;t have to maneuver around the robot when performing maintenance work, quick changes, or smaller product runs.
	
	Affordability:
	ABB Robotics new robot is a cost-effective option. One overhead mounted robot can do the work of multiple complicated machines.
	
	The IRB6620LX works with an IRC5 robot controller and utilizes TrueMove and QuickMove software.&nbsp;&nbsp;&nbsp;
	
	Interested in gantry systems or ABB Robotics robot models? Contact RobotWorx for pricing on new and reconditioned robots: 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 19 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Motoman Master Palletizing (MPL) Series</title>
            <link>http://www.robots.com/blog.php?tag=359</link>
            <description><![CDATA[
	Introducing the &quot;Master Palletizing&quot; robot series - a recent addition to Motoman&#39;s arsenal of stackers and packers.

	Robot Variety:
	The Master Palletizing line-up includes robot models with 80, 100, 160, 300, 500, and 800 kg payload capacities. The MPL80 robot offers compact, 5-axis flexibility, while the other MPL robots are designed with more traditional 4-axis structures.

	Expanding Horizons: 
	Long reach is a necessity for palletizing robots. The four-axis MPL robots possess horizontal and vertical reaches of 3,159mm and 3,024mm respectively. They are capable of turning a full 360 degrees.
	
	It&#39;s All in the Wrist:
	The six MPL robot models are built to withstand tough palletizing jobs. The robots&#39; wrists in particular offer the best possible moment of inertia performance.
	
	No Tripping Here:
	Motoman&#39;s MPL robots avoid accidents and cable wear with internally routed cabling and wiring. All&nbsp;four air lines and 22 electric cables are threaded thru the wrist - making for more efficient, reliable material handling.

	More Coordination:
	An advanced DX100 controller gives the MPL series fine-tuned coordination. A single DX100 controller can orchestrate the movements of as many as eight robots.
	
	Looking for an automated palletizing solution? RobotWorx carries a variety of new and used palletizing robots from Motoman, ABB, Fanuc, OTC, and other robot manufacturers. Call&nbsp;for pricing and&nbsp;availability:&nbsp;740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 09 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The New Motoman Master Arc (MA) Robot Series</title>
            <link>http://www.robots.com/blog.php?tag=357</link>
            <description><![CDATA[
	

	Mastery. That&#39;s the promise made by Motoman&#39;s brand new Master Arc (MA) robot series.
	
	Consisting of three 6-axis models: MA1400, MA1800, and MA1900, this sleek trio carries out expert work in close quarters. Master Arc robots are built with compact base measurements and through-arm cabling - ideal for busy production lines. They can be mounted to the ceiling, wall, table, or floor.
	
	The MA-1400 and MA-1900 robot models offer light, 3kg payloads. On the other hand, the MA-1800 handles a heftier 15kg, making it suitable for material handling and welding applications. All three of Motoman&#39;s Master Arc robots have expansive welding reaches: 1434mm, 1807mm, and 1904mm respectively.&nbsp;&nbsp;

	These newcomers are quick, flexible, accurate, and moreover, easy to use! In fact, Motoman has made MA series robots a synch to program and install. These welders are accompanied by an advanced DX100 controller and teach pendant. A single Motoman DX100 controller is capable of orchestrating the movements of up to eight robots.
	
	Interested in learning more about this and other Motoman robot series? Contact RobotWorx at 740-383-8383 for pricing and information.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 06 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Nachi ROP 501 Robotic Teach Pendant</title>
            <link>http://www.robots.com/blog.php?tag=358</link>
            <description><![CDATA[
	Looking for a reliable, low-cost Nachi ROP 501 pendant? Buy one today for just $1,500! RobotWorx is a one-stop resource for new and reconditioned Nachi robotic parts.
	
	Top Quality: RobotWorx&#39; Nachi ROP 501 teach pendants are protected with a 30-day guarantee.
	Prompt Shipment: RobotWorx is prepared to ship in-stock Nachi parts such as the Nachi ROP 501 the same day they are ordered.
	
	The Nachi ROP 501 robotic teach pendant is a companion to Nachi AR controllers AR52-02 and AR52-03. Its ergonomic design, combined with&nbsp;a user-friendly display window and buttons, allow for easy, even comfortable programming. The Nachi ROP 501 teach pendant includes all the necessary safety features, such as the E-stop control.
	
	Browse the rest of RobotWorx&#39; Nachi teach pendant inventory. For pricing and other Nachi robot info call 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 05 Nov 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Just In: EA1900N Robotic Welding Systems</title>
            <link>http://www.robots.com/blog.php?tag=356</link>
            <description><![CDATA[
	Among RobotWorx&#39; recent arrivals are Motoman EA1900N robots. Call today for first dibs on these &quot;Expert Arc&quot; models.&nbsp;&nbsp;
	
	The complete EA1900N robotic welding systems include the robot arm, advanced NX100 controller, and teach pendants. Six-axis EA1900N robots are quick, reliable, and incredibly accurate welding solutions. They are designed to conserve floor space, cut cycle times, and improve weld quality.

	One of the EA1900N&#39;s most valuable characteristics is integrated upper arm cabling. Not only does this feature extend the life of the cable, it allows for more exact accessibility. Without the danger of cables flipping or interfering with the application, EA1900Ns are more dependable and compact.
	
	These new additions offer a 3kg payload, 3418mm vertical and 1904 horizontal reach. They weigh in at 280kg and maintain a compact footprint.
	
	Take advantage of these reconditioned robotic welding systems and transform your welding process. For more information contact the RobotWorx sales department at 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 30 Oct 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robotic Arms are Lean and Green!</title>
            <link>http://www.robots.com/blog.php?tag=285</link>
            <description><![CDATA[
	Looking for a good way to make your company leaner and greener? Reduce your carbon footprint with industrial robotic arms! Here&#39;s why adding&nbsp;robots is a smart move:

	
		No More Wasted Material
		It&#39;s common knowledge that any type of production leaves behind waste material. In addition, waste is created whenever a mistake is made. With industrial robotic arms, your waste material is reduced considerably. Robots are designed to move with only the greatest efficiency and accuracy, and they rarely make mistakes.&nbsp;
		&nbsp;
	
		No More Wasted Time
		Because industrial robotic arms move consistently, they can make production cycles much more efficient. Furthermore, robotic arms don&#39;t need to rest, making them an even more productive option. Cycle times are shortened and throughput expands. This leads to even more savings.&nbsp;
		&nbsp;
	
		Think First
		Using simulation software for industrial robotic arms can also lead to leaner, greener technology. This way, all possibilities are mapped out and tested without having to power down and up multiple times, wasting product and time.
		&nbsp;
	
		Conserve Energy
		Robots allow companies to minimize energy usage. Not only do robots work in the dark, but they also perform well if not better in cooler temperatures. Specific&nbsp;robotic components,&nbsp;such as inverters,&nbsp;also&nbsp;reduce the total energy used.
		&nbsp;
	
		Recycle Robots
		The same industrial robot&nbsp;can easily be reconfigured to handle a variety of different applications.&nbsp;Companies can reuse their&nbsp;robots in this way. Furthermore, by investing in reconditioned robots businesses reduce waste through recycling.&nbsp;&nbsp;
		
		Call RobotWorx&#39; sales team for pricing and information about green robotic technology solutions: 740-383-8383.&nbsp;&nbsp;

]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 20 Oct 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Mitsubishi Robotics Controller Series</title>
            <link>http://www.robots.com/blog.php?tag=355</link>
            <description><![CDATA[
	The CRD controller series from Mitsubishi Robotics is new, improved, and super speedy.
	
	In fact, the Controller Robot D Series units can reduce robot cycle times by as much as 20%! Plus, they offer better acceleration times than earlier controller series. This new Speed Mode especially benefits those&nbsp;with material handling&nbsp;or pick and place applications.
	
	The CRD series controllers also offer advanced tracking capabilities. They can process belt speeds moving as fast as 20 meters a second.
	
	In addition to a standard USB port, the CRD series controllers from Mitsubishi Robotics are also set up to handle multiple types of camera systems.
	
	The three CRD controllers are compact and easy to install/use. They come with RV-S articulated robots and RH-S SCARA robots. They can control up to eight axes of movement.

	Interested in purchasing a Mitsubishi Robotics controller? Contact RobotWorx at 740-383-8383 for pricing and availability of new and used units.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 19 Oct 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Prepare for Economic Recovery with Robots</title>
            <link>http://www.robots.com/blog.php?tag=353</link>
            <description><![CDATA[
	
	Will you be ready when the economy bounces back? 

	Take a look at why buying robots now will save your company&#39;s future.

	
		Gain an Edge:
		Automation is one of the best ways to beat out the competition. Robotic systems provide dependable, quick, and efficient production. Many companies have recognized these robotic automation benefits and begun to invest in spite of the economy&#39;s sluggishness.
		
		Don&#39;t fall behind by ignoring what robots can do for your company. Fall in step with your competition and gain an advantage over those who aren&#39;t automating. If you haven&#39;t invested in robots, it is time you joined the party.
		&nbsp;
	
		Achieve the Right Result:
		Lean economic times have made it even more important to provide products that are top quality and low cost. Robotic systems help you achieve specific product goals while providing unbeatable ROI. Robotic systems are able to perform with consistency and perfection - producing a high-quality product every time.
		&nbsp;
	
		Respond to Challenges:
		Robotic systems will give your company more flexibility to change products and/or expand into new applications. Versatility is the key to keeping a company strong. Robots are easily reprogrammed to accommodate different packaging, dimensions, and tasks.
		&nbsp;
	
		Add While You Aren&#39;t Swamped:
		Why not take advantage of this slow business season to add new robotic equipment and learn how to use it? Robotic systems offer a terrific way to prepare for busier times in the future.
		&nbsp;
	
		No Standing in Line:
		It&#39;s a convenient time to buy robots. Purchase orders aren&#39;t backed up, so you&#39;re more likely to find what you need and receive it in a timely manner. It&#39;s also a great time to take advantage of customer service offerings.
		&nbsp;
	
		Affordability:
		Today&#39;s industrial robots are more accessible than they used to be. Like the personal computer, industrial robots started out as expensive, clunky items that were only an option for large corporations. Now, with the price of industrial robots rapidly dropping and the used robot market in full swing, many affordable options are available.
		&nbsp;
	
		Financial Options Remain:
		Money a bit tight? Financing a robot purchase has never been easier. Bank loans and other financial options have remained the same throughout the economic downturn.


	Find out how you can stay in the lead with automation. Call RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Oct 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Mitsubishi Robotics Offers Real-Time Robot Control</title>
            <link>http://www.robots.com/blog.php?tag=354</link>
            <description><![CDATA[
	Mitsubishi Robotics&#39; newest control interface allows robots to make their own decisions.
	
	Armed with new intelligence, Mitsubishi industrial robots&nbsp;are now able respond to sensory input&nbsp;and change their movements and applications in real-time. This efficient, smart control approach saves time while improving application quality, especially with complicated parts.
	
	How does it work?
	Data received with the robot&#39;s vision and touch sensors are communicated to the PC interface which determines the robot&#39;s position and transmits this information to the controller. It all happens at lightning speeds.

	The new control system from Mitsubishi Robotics is available for SCARA robots with payloads ranging from 6-18kg and reaches up to 850mm. It also works with articulated robots with 3-12kg payloads and reaches extended as far as 1,385mm. The new CRD series of Mitsubishi Robotics controllers comes standard with this control capability.
	
	For information about the new and used Mitsubishi robots offered by RobotWorx, contact the sales department - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 15 Oct 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Is Your Robot Happy and Healthy? </title>
            <link>http://www.robots.com/blog.php?tag=352</link>
            <description><![CDATA[
	
	Keeping your robot in a good mood is easier than you&#39;d think. A little TLC goes a long way. Follow these robotic maintenance tips and your robot will enjoy a long, stress-free life.

	
		Good Hygiene: 
		Does your robot need a shower? Whether it&#39;s welding spatter, dirt and/or dust, material can accumulate on the exterior of the manipulator, controller, and teach pendant. It&#39;s a good practice to routinely clean the outside of your robot, especially if it is working in a messy environment. Make sure material doesn&#39;t build up and interfere with functionality.
		
		Periodic, thorough inspections of the robot&#39;s exterior will allow you to prevent future problems. Check all cabling for wearing or ripping. Make sure all connections are intact.
		&nbsp;
	
		Strong Joints:
		Is your robot experiencing joint pain? While inspecting your robot, pay close attention to the axes. If your robot has planetary gear reduction units, the grease should be replaced yearly. Grease replenishment will keep the robot limber - dramatically impacting accuracy, repeatability and overall productivity.
		&nbsp;
	
		Stress Test:
		You don&#39;t need a treadmill to run your robot through its paces. Make sure to check for any alarm codes. Double check that the robot&#39;s home position is calibrated correctly and it functions flawlessly throughout its entire range of movement.
		&nbsp;
	
		Mental Health: 
		Take care of your robot&#39;s brain. It&#39;s important to periodically inspect the inside of the controller cabinet, making sure all the wiring and connections are intact. On the robot itself, the internal health of certain components (arm battery, timing belts, servo cooling fans etc.) must be checked annually.
		&nbsp;
	
		Frequent Check-ups:
		In addition to yearly examinations, most industrial robots require an intense inspection every three years. Check your robot manual for specific&nbsp;checklists.&nbsp;


	Looking for more information about robotic maintenance? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 30 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robots and the Future</title>
            <link>http://www.robots.com/blog.php?tag=351</link>
            <description><![CDATA[
	What does the future hold for the industrial robot industry?
	
	Take a closer look at some of the recent emerging trends:

	Robots Off the Shelf
	Industrial robots are more accessible and affordable today than ever before. Now standard robot models are mass produced. There are more available to meet the ever-increasing demand. This in turn has led to a steady price drop for new robots. At the same time, a burgeoning used robotics market offers still more opportunities for low-cost models.
	&nbsp;

	Integrating Made Simple
	Today, robotic integration is more straightforward, more conducive to plug and play installation. Peripherals, robot models, and controllers are designed to communicate more easily with one another. This compatibility not only makes for easier workcell building, the resulting systems are more reliable and flexible.
	&nbsp;

	Standardization
	Six-axis industrial robots have become more uniform. When comparing robots from a variety of different manufacturers, it&#39;s easy to notice the basic similarities in style and usability. Market competition has&nbsp;brought about&nbsp;nearly interchangeable robot series (think payloads and work envelope ranges).

	Increased Flexibility
	Current robotics components and models can handle more. They are built to offer complexity and durability in different settings. Welding guns have greater longevity. Welders can handle more variety.&nbsp;Robot technology&nbsp;continues to advance&nbsp;- creating robust, capable product.&nbsp;&nbsp;

	Please contact RobotWorx with any questions about the future of industrial robots - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 29 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Robot: MPK50</title>
            <link>http://www.robots.com/blog.php?tag=350</link>
            <description><![CDATA[
	The Motoman MPK50 undertakes any material handling task you put before it. This capable new Motoman robot is designed to pick, place, pack, and palletize. Paired with the advanced DX100 controller, it truly transforms production.
	
	The MPK50 robot model has a 4-axis structure for additional rigidity when lifting and loading. A bar along the upper arm keeps the robot&#39;s wrist perpendicular to the floor. This new Motoman robot can access a wide 360-degree work envelope.
	
	The slim robot is built with a hollow arm for internally routing cabling. This allows the arm to swing, lift, and move without interference. The new MPK50 robot lives up to Motoman&#39;s high standards for speed and payload capacity (50kg). The manipulator has an IP54 protection and its wrist offers additional protection with an IP67 rating.
	
	The DX100 controller offers powerful, user-friendly command of all robot movements. It is accompanied with a color, touch screen pendant. &nbsp;
	
	In search of the right material handling solution? Contact RobotWorx for pricing and availability of new and used robots - 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 24 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Benefits of Robotic Drossing</title>
            <link>http://www.robots.com/blog.php?tag=349</link>
            <description><![CDATA[
	Industrial robots provide a safe, cost-effective alternative to manual drossing.
	
	Steel is galvanized by dipping it into a bath of molten zinc. This process causes solid impurities (metal oxide) called dross to form&nbsp;at the surface of the bath. Dross-skimming is the a metal oxide removal method.

	When handled manually, drossing can be a tedious and dangerous&nbsp;job.&nbsp;Robotic drossing, on the other hand, offers some serious advantages:
	
	Stay Safe with Robotic Drossing:
	Manual dross-skimming can be very hazardous to workers. The zinc bath is kept at an average of 860 degrees Fahrenheit and the area surrounding the bath can reach temperatures of 100 degrees Fahrenheit and above. There is always the danger of burns, so workers wear protective clothing. This protective gear in turn makes the job even more taxing and warm. The reaching and lifting required with manual skimming can be straining and labor-intensive.
	
	Robotic drossing provides a safe alternative. Robots can withstand high temperatures and splashes of molten zinc. Instead of tiring and endangering workers, robots work consistently without wearying.
	
	Robotic Drossing Conserves Material 
	Because manual drossing is so dangerous and so taxing on workers, consistency can be difficult to achieve. Zinc can be unnecessarily wasted. At the same time, product can be marred when the zinc bath isn&#39;t thoroughly skimmed. When this happens, metal oxide often adheres to the steel, streaking and marring the finish.
	
	With industrial robots handling the dross-skimming, material can be conserved and the process is consistent. The robot will always remove dross at the same rate.
	
	RobotWorx offers a variety of new and used robots suitable for&nbsp;robotic drossing.&nbsp;Examples include the&nbsp;Nachi SA series as well as many Fanuc models&nbsp;such as the M-710i model.&nbsp;
	
	Looking for a robotic drossing solution? Contact RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 22 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New ABB Robot: IRB 120 </title>
            <link>http://www.robots.com/blog.php?tag=348</link>
            <description><![CDATA[
	The IRB 120 is ABB&#39;s newest and smallest robot. It&#39;s also the most progressive.
	
	Because of its trim size and unique performance abilities, this new ABB robot is the ultimate solution for a number of expanding industries including solar power, pharmaceuticals, and food/beverage.
	
	The IRB 120 is extremely compact and light. Weighing only 25kg, it provides a 580mm reach and 3kg payload capacity. This new ABB robot also moves with extreme dexterity and precision - making it perfect for assembly, material handling, and other precision-driven tasks.
	
	Make your production line and robotic workcell even more compact with the IRB 120. Not only is this robot model lightweight, it is able to mount to the ceiling, shelf, wall, or floor with ease. Need more reach? The IRB 120 extends a full 112mm lower than its base.
	
	The new ABB IRB 120 robot is controlled by the 5th generation IRC5, which matches the robot for size. The newly designed IRC5 is 87% smaller and 82% lighter than its predecessors.
	
	For more information about the IRB 120 and other new and used ABB robot models, contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 21 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Aluminum Welding Cell Surpasses Expectations</title>
            <link>http://www.robots.com/blog.php?tag=346</link>
            <description><![CDATA[
	A&nbsp;company in search of an aluminum welding cell found the ultimate solution with RobotWorx&#39; RW1000 system.
	
	This compact, efficient welding workcell offers a ton of built-in versatility. RobotWorx was able to easily tailor this flexible workcell to suit this customer&#39;s specific needs.
	
	The Goals:
	In this particular case, RobotWorx outfitted the robotic cell to perform precise weldments on aluminum DOT 39 pressure tanks. Aluminum welding can be tricky anyway (because aluminum melts easily) and this customer required the result to be cosmetic and precise.
	
	Additional goals included cutting down on wasted materials and conserving time. The aluminum welding cell had to match up with all safety requirements and take up little floor space. &nbsp;

	The Robot:
	RobotWorx&#39; engineers chose to install an OTC Daihen Almega AX-V4 robot at the heart of the RW1000 aluminum welding cell. This nimble welding robot achieved the right aluminum welding results while cutting cycle times dramatically. OTC AX-V4 has a payload capacity of 4kg and six axes of movement. A DP400 welding package provided for every welding necessity.
	
	Accessible Design:
	Two stationary welding tables provided ample space for fixturing and welding the non-refilllable pressure tanks. RobotWorx engineers achieved two goals when they placed a sliding door in front of the positioner tables - easy part accessibility and worker protection. A common base with forklift pockets makes this aluminum welding cell easy to relocate.
	
	Safety First:
	The RW1000 aluminum welding solution was designed to ensure complete safety for workers and robotic equipment. The cell is completely enclosed with hard fencing. This shields the surrounding area from arc glare and sparks. Interlocks on all doors provide another layer of protection. This RW1000 aluminum welding system also featured an operators station for direct control.
	
	Watch RobotWorx&#39; precision aluminum welding cell in action!
	
	To learn more about RobotWorx&#39; customized workcells call 740-383-8383.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 18 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Licensed Fanuc Software for Sale</title>
            <link>http://www.robots.com/blog.php?tag=347</link>
            <description><![CDATA[
	
	It&#39;s the best of both worlds.
	
	At RobotWorx customers can purchase used Fanuc robots on the cheap while also taking advantage of licensed software.
	
	Similar to ABB and a few other robot manufacturers, Fanuc software is application specific. RobotWorx is very careful to make sure every used Fanuc robot comes with the appropriate software. In addition, RobotWorx&#39; sales staff encourages customers to consider purchasing a Fanuc license.
	
	There are two major advantages to licensing Fanuc software:

	
		Flexibility &nbsp;
		Take advantage of the flexibility afforded by legal Fanuc software. Licensed Fanuc software is brand new and easily updated. Companies that choose this route will always have the option of purchasing additional updates to further expand their software capabilities.
		&nbsp;
	
		Support &nbsp;
		When a company purchases Fanuc legal software, their robot system is recognized by the manufacturer. So, in addition to all the support given by RobotWorx, companies can take advantage of the manufacturer&#39;s support network.


	Interested in purchasing Fanuc licensed software? Call RobotWorx today - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 18 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>We Sell Robot Manuals!</title>
            <link>http://www.robots.com/blog.php?tag=344</link>
            <description><![CDATA[
	Robot manuals are invaluable tools. Whether you are programming or performing maintenance, it pays to have the information you need right at your fingertips. Learn about RobotWorx&#39; complimentary robot manuals and other offers.
	
	Manuals Included:
	Robot programming manuals are included free of charge with every robot purchase. These complimentary guides provide all the necessary information to manipulate your robotic arm. &nbsp;
	
	Robot Manual Inventory: 
	Need to purchase a replacement manual? No problem! RobotWorx&#39; robot manuals library is quite extensive. We carry reference materials for a host of different robot models and controllers. Our shelves are full of manuals for ABB, Motoman, Fanuc, and many other robotic products.
	
	Paper or Digital?
	Prefer to flip through a paper robot manual? Rather have it on your computer? RobotWorx provides robot manuals in two formats: paper and digital.

	Order your robot manual today. Call RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 16 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Panasonic Robotic Workcells for Sale</title>
            <link>http://www.robots.com/blog.php?tag=342</link>
            <description><![CDATA[
	RobotWorx is selling Panasonic robotic workcells at affordable prices! Check out our full line of PerformArc workcells and custom robotic systems.
	
	Workcells provide an excellent way to increase throughput and cut cycle times. Choose the best solution for your company from among ten different Panasonic robotic workcells. Each PerformArc Panasonic robotic cell is designed to handle the rigors of different applications. The workcells offer a variety of different configurations and footprints&nbsp; to meet specific goals and settings.
	
	From Small Robotic Cells...
	The PerformArc 42, for instance, is an extremely compact Panasonic robotic workcell. This system is often outfitted with a VR-004 arc welding model and G2 controller. It takes up little floorspace while still providing a lot of flexibility and two work stations.
	
	To Larger Robotic Cells...
	At the other end of the spectrum, the PerformArc 300 robotic system demonstrates the capabilities of a large workcell equipped with a Ferris wheel positioner and one or two robots. This system is designed to handle heavier loads and more throughput.
	
	And Custom Robotic Cells...
	In addition to the PerformArc lineup, RobotWorx offers custom-built Panasonic robotic systems. There are several advantages to choosing this route, but flexibility and affordability rank highest. A Panasonic robotic system that is custom-built has the ability to match unique application and product criteria.

	Contact Us: Each robotic workcell from RobotWorx is covered with a two year warranty. Interested in purchasing a Panasonic robotic workcell? Call RobotWorx at 740-383-8383 for pricing and availability.

	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 09 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Used Kuka Robot for Less </title>
            <link>http://www.robots.com/blog.php?tag=341</link>
            <description><![CDATA[
	Save money and automate with the best when you choose a used Kuka robot.
	
	This is a stress-free way to replace existing equipment or explore a new manufacturer. Kuka robots offer top performance - accuracy, speed, and repeatability. Not only are used Kuka robots reliable and well made, they&#39;re 40-60% cheaper than brand new models.
	
	RobotWorx has a wide variety of used Kuka robot models with a variety of different payload and reach measurements. RobotWorx&#39; used Kuka robot models are fully reconditioned. Every component is inspected and the entire unit is tested for repeatability and full functionality. Plus, each used Kuka robot includes a complete two-year warranty.
	
	Find out more by calling RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 02 Sep 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Robots Featured in G.I. Joe Movie</title>
            <link>http://www.robots.com/blog.php?tag=339</link>
            <description><![CDATA[
	How did two innocent industrial robots become evil nano-mite injectors?
	With a little silver paint, digital imaging, and needle EOAT, of course!
	
	For their roles in G.I. Joe: The Rise of the Cobra, Paramount Pictures transformed two RobotWorx robots into menacing medical bots.
	
	The robots, both reconditioned Fanuc ArcMate 100i RJ2 models, were used as props in Dr. MindBender&#39;s nano-mite laboratory scenes. The typical caution yellow Fanuc color was replaced with a coat of metallic paint. Instead of arc welding torches or grippers, nano-mite injecting needles were affixed at the end of the robot arms.
	
	Paramount&#39;s prop department first contacted RobotWorx in December 2007. The industrial robots shipped to California in January 2008.
	
	This isn&#39;t the first time RobotWorx&#39; reconditioned robots have been in the spotlight. Three Fanuc ArcMate 100i robots starred in the NBC&#39;s Knight Rider TV series (2008). In 2007, RobotWorx was featured on a Modern Marvels: Welding episode.
	
	For more information, contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 28 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Robot Distributor with More Options</title>
            <link>http://www.robots.com/blog.php?tag=338</link>
            <description><![CDATA[
	Searching for a new robot distributor that offers more?
	
	RobotWorx distributes many different brands, including ABB, Motoman, Fanuc, OTC, Kuka, Panasonic, Nachi, and many others. We make it our mission to find the right model, as well as provide all necessary custom integration services.
	
	These&nbsp;value-added services are not limited to custom integration. New robot distributor RobotWorx also offers free training, full warranties, and more affordable refurbished options.&nbsp;RobotWorx provides uniquely&nbsp;affordable offerings such as&nbsp;robot systems that combine new and used components.
	
	RobotWorx&#39; prices are surprisingly cost-effective for a new robot distributor. No matter what price you&#39;re looking for, we have a robot to match it. We stand by our price match guarantee.
	
	Buy from a reliable new robot distributor. Call RobotWorx today at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 26 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Learn to Program Robots in a Day</title>
            <link>http://www.robots.com/blog.php?tag=337</link>
            <description><![CDATA[
	One day. That&#39;s all it takes to learn how to program robots.
	
	RobotWorx offers training free of charge to all robot system customers.&nbsp;The training takes place in RobotWorx&#39; facility in Marion, Ohio. A robot technician is assigned to each group of trainees.
	
	RobotWorx&#39; day-long programming tutorial allows customers to work directly with the robot model (or a similar model) that they purchased. &nbsp;They grow comfortable with the ins and outs of their robot and its specific teach pendant.
	
	Holding this teach pendant in their hands,&nbsp;customers learn to program robots - the commands, steps, and protocols. General subjects like powering the robots up and down are also addressed in addition to learning how to program robots. The training also covers safety features and concerns.
	
	Interested in learning how to program robots? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 25 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Cutting with Robotic Arms</title>
            <link>http://www.robots.com/blog.php?tag=335</link>
            <description><![CDATA[
	Stay on the cutting edge with robotic arms.
	
	Because of their speed, efficiency, and accuracy, robotic arms are the ideal solution for cutting applications.&nbsp;
	
	Without using robotic arms for cutting, companies&nbsp;grow to expect a certain level of&nbsp;waste. Mistakes&nbsp;are normal and parts/materials lost. However, with robotic arms every cut is&nbsp;performed just as programmed. This results in less wasted product and&nbsp;less wasted energy. This robotic cutting accuracy improves product quality and reliability.
	
	Because they move with consistency and speed, robotic arms are capable of increasing throughput while decreasing cycle times. They streamline the entire process.
	
	The flexibility of robotic arms and EOAT is hard to match. This is a huge advantage when it comes to cutting intricate and hard-to-reach areas.
	
	RobotWorx has a variety of new and refurbished robotic arms suitable for cutting jobs. We work closely with each customer to find the right solution for their setting, product, and production goals. Here is one example of a RobotWorx robotic arm cutting a kayak.
	
	
	
	Still have questions about robotic arms? Contact RobotWorx for more information and pricing on cutting systems - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 24 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New to Web: Examples of Systems Integration</title>
            <link>http://www.robots.com/blog.php?tag=336</link>
            <description><![CDATA[
	Looking for examples of successful automation? You&#39;re in luck!
	
	RobotWorx just added a Project Summary Section to its website. This collection of case studies provides many examples of systems integration - from arc welding and material palletizing, to flame and adhesive spraying. There are even case studies about robots sold to educational institutions.
	
	Find out exactly how RobotWorx solved real-life systems integration challenges. Each write-up highlights the goals and requirements set forth by the customer, then goes into a detailed description of how RobotWorx met and/or exceeded them. A list of project materials is also included.

	Interested in RobotWorx&#39; systems integration work? Call us at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 24 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Conserve with the Motoman DX100 Controller</title>
            <link>http://www.robots.com/blog.php?tag=334</link>
            <description><![CDATA[
	Zzzz.... This robot controller hibernates!
	
	The newest Motoman controller, the DX100, is designed to save your company money and energy. This ingenious controller goes into hibernation mode whenever the robot it is controlling is idle.
	
	This unique feature allows the DX100 controller to save as much as 25% of the energy. This in turn conserves money and power. &nbsp;
	
	The DX100 can control up to 72 axes (eight robots). Is provides more thorough and quick control of robotic systems.
	
	For more information about the Motoman DX100 and other controllers, contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 21 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Benefits of Industrial Robot Hemming </title>
            <link>http://www.robots.com/blog.php?tag=331</link>
            <description><![CDATA[Hemming is the process of folding metal to create a finished edge. Outfitted with roller EOAT, industrial robots easily outperform traditional press machines.
Commonly used within the automotive industry, hemming can also link two panels - bending one metal flange over another. The edges of hoods, lift gates, and car doors require hemming. EOAT can be adjusted and switched to create different styles of edging. 

Hemming with a Robot vs. a Press Machine

Flexibility: Industrial robots offer greater accessibility. They can reach narrow and curved areas with ease. They can be quickly reprogrammed to handle new parts, and tooling can be switched to meet different hemming requirements. Press machines, on the other hand, are more difficult to customize, so more of them are needed.
Affordability: Compared with the expense of housing and purchasing a press machine(s) a single industrial robot with interchangeable tooling is much more cost-effective.
Space-Saving: Unlike large press machines, robots have extremely compact footprints. Conserve space and save with robotic hemming. 

Quality: With robotic hemming, the metal (typically aluminum or steel) is rolled, not pressed into place. This allows the metal's structure to remain intact. The rolling method does not create friction so the metal being hemmed doesn't wear down. &nbsp;
RobotWorx will custom design your robot hemming system. Call today - 740-383-8383.]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 12 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Refurbished ABB Flex Palletizer</title>
            <link>http://www.robots.com/blog.php?tag=330</link>
            <description><![CDATA[
	No need to strain your back.
	
	The ABB Flex Palletizer does the reaching, hoisting, and packing for you! Snatch up this inexpensive refurbished ABB 6400 extended reach robot for less than 10k. &nbsp;
	
	Armed with a refurbished ABB palletizer like this, you can say so long to hours of manual labor. Unlike its forerunner, the ABB 6000, this robot&#39;s work envelope extends a full 2800mm horizontally. It provides a payload of 120kg and is protected with an IP54 safety rating. It features a M97A&nbsp;controller and teach pendant.
	
	This refurbished ABB has been tested, cleaned, and repainted. It comes with a 30-day warranty of parts and service.
	
	Interested in a refurbished ABB? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 10 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Innovative New Paint Robots </title>
            <link>http://www.robots.com/blog.php?tag=328</link>
            <description><![CDATA[
	Paint by robot.
	
	Robotics manufacturers such as Fanuc, ABB, and Motoman are designing new paint robots that are anything but standard. These wide sweeping wall-mount robots and nimble sprayers turn painting and dispensing into art form.
	
	The Fanuc Paint Mate 200iA is a compact model capable of LEAN (light/efficient/accurate/nimble) automation. This particular new paint robot is safeguarded for hazardous environments. Plus, it can be installed in a variety of locations - floor, tabletop, angle, and ceiling. Speedy and quite adaptable, the Paint Mate 200iA offers high quality dispensing.
	
	ABB&#39;s new paint robots run the gamut. The IRB 52 is a compact model with a 7k payload and two different horizontal reaches - 1.2m or 1.45m. The Flexpainter, or IRB 5500 offers a complete different approach. This wall-mounted model is capable of long sweeping movements - making it easy to apply coatings without overlapping.
	
	Motoman&#39;s EPX and PX series provide paint-specific solutions. If you&#39;re looking for new paint robots, these models offer a wide range of payloads and reach lengths to satisfy any painting or dispensing application.
	
	Interested in purchasing new paint robots? Contact RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 05 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Celebrates 17 Years</title>
            <link>http://www.robots.com/blog.php?tag=327</link>
            <description><![CDATA[
	
	
	August 4, 2009 - RobotWorx staff celebrated&nbsp;the company&#39;s&nbsp;17 years in the robotics business with a party.
	
	Started on this day in 1992, RobotWorx has quickly become an industry leader. This year&nbsp;was no&nbsp;exception.&nbsp;RobotWorx&nbsp;pushed ahead in spite of the tough economy. In fact, this 17th year has provided many new&nbsp;opportunities to grow sales and reach customers.
	
	SALES 

	
		Special Deals: Providing low-cost robotic solutions is one of RobotWorx&#39; main goals. This year the company offered a variety of specials and sales deals. A new &quot;Robots Under 10K&quot; website listing proved extremely popular.&nbsp;
	
		Expanded Offerings: RobotWorx increased its workcell inventory, adding a number of Fanuc track systems, large multi-robot Fanuc cells, and RobotWorx standard cells. The company also introduced hybrid workcells, a low-cost combination of new and reconditioned robotic components.&nbsp;
	
		Robot Financing: This year RobotWorx began offering robot financing options to customers. RobotWorx&#39; robot leasing agreements make buying a robot more financially manageable.


	WEB 

	
		New Name: RobotWorx&#39; welding website changed domain names from robots4welding.com to www.welding-robots.com.
	
		Updates: The index page to RobotWorx&#39; main website, www.robots.com, was&nbsp;revamped to improve usability and appeal. A project summaries section and picture gallery were added as well.


	MEDIA/EDUCATION

	
		NBC Knight Rider: RobotWorx donated three Fanuc ArcMate 100i models to star in this 1980&#39;s T.V. show remake. The robots had stage roles as KITT mechanics.
	
		Educational Tours: RobotWorx is heavily involved in robotics education in the local community. This year the company provided tours for a number of educational groups including the COSI Columbus Advanced Robotics Club, 4H RoboKids and participants in The National Robotics Challenge 2009.&nbsp;&nbsp;

]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 04 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Robots and the Pharmaceutical Industry</title>
            <link>http://www.robots.com/blog.php?tag=325</link>
            <description><![CDATA[
	Meet your new pharmacist: the industrial robot.
	
	The ability to move with dexterity and speed, while increasing safety make industrial robots indispensible in laboratories and pharmacies.
	
	In light of this, more robot models are being designed for the pharmaceutical industry. &nbsp;Some examples include the Fanuc M-430iA/2PV, the ABB IRB Flexpicker 340 and 360, as well as the Motoman HM SCARA series.
	
	Design Benefit - Slim, quick, and flexible, robots are well-suited for the pick and place and assembly work in a pharmaceutical environment. Vision technology allows industrial robots to put together customized orders and do things like assemble blood sugar kits. Pharmaceutical industrial robots are especially useful for drug discovery tasks - packaging and handling test tubes.
	
	Safety Advantage - Robots protect the integrity of pharmaceutical products and the health of employees and patients. With industrial robots, toxic chemicals can be mixed safely. These particular robot models are designed to work in clean room settings. &nbsp;Sealed arm construction and decontamination with Hydrogen Peroxide Vapor (HPV) keep these models from ever contaminating product. Low payload pick and place jobs that would prove tedious for human workers are now the responsibility of tireless robots.
	
	Reliability - The Food and Drug Administration (FDA) requires all medication to be tracked and traced throughout the production process. Industrial robots make it easier for pharmaceutical companies to comply with these requirements. Along similar lines, robots minimize accidents and wasted material.
	
	Need industrial robots for pharmaceutical or lab work? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 03 Aug 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Selling Your Surplus Fanuc Robot </title>
            <link>http://www.robots.com/blog.php?tag=321</link>
            <description><![CDATA[
	Upgrading to a new Fanuc robot model or stuck with a Fanuc robot from an auction? Don&#39;t let an extra robot drain finances and take up precious floorspace. Take action! Sell your surplus Fanuc robot and make a profit!
	
	RobotWorx offers competitive prices on new and used Fanuc robot models. In fact, we promise to pay 10% more than any other buyer. RobotWorx is always in the market for Fanuc robots. Our online Fanuc robot listing gives sellers a good idea of the variety of models we&#39;re interested in purchasing.
	
	Ready to sell today? Make the selling process even smoother by gathering some information about your surplus Fanuc robot before you call:

	
		What is the robot model number?&nbsp;
	
		What is the condition of the robot?&nbsp;
	
		Is all cabling&nbsp;intact?&nbsp;
	
		What is the condition of the robot controller and teach pendant?
	
		Do you have a price in mind?
	
		Do you have pictures you could send of the robot?


	Get a good price for your surplus Fanuc. Call RobotWorx&#39; Acquisition Department today - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 27 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Robot for Arc Welding Cell</title>
            <link>http://www.robots.com/blog.php?tag=322</link>
            <description><![CDATA[
	
	Add pizzazz to your arc welding cell with a new Motoman robot. RobotWorx offers a wide selection of new Motoman robot models - from the swift SSA2000 and EA1900N to the nimble HP20-6.
	
	A new Motoman robot offers reliability, speed, and cutting-edge design. It&#39;s a great investment for those wishing to increase arc weld quality and throughput. Many RobotWorx customers choose to combine a new Motoman robot with a reconditioned arc welding cell - an effective money-saving option.
	
	RobotWorx&#39; Sales Department is dedicated to finding the new Motoman robot that best suits your application, part, and requirements. We&#39;ll custom build a cell that compliments the robot.
	
	Interested in a new Motoman robot? Call RobotWorx at 740-383-8383 for pricing and availability.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 27 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Motoman SSA2000 Robotic Arm Design</title>
            <link>http://www.robots.com/blog.php?tag=318</link>
            <description><![CDATA[
	Motoman&#39;s SSA2000 is made for &quot;super speed&quot; and flawless flexibility. But how exactly is this kind of performance achieved? It all comes down to smart robotic design.

	Each robotic axis on the SSA2000 has become 40% faster because of control innovations such as ARM (Advanced Robot Motion). Quicker axes of movement directly contribute to the SSA2000&#39;s shortened welding cycle times - reduced by 15%!&nbsp;
	
	

	Motoman SSA2000 Videos:

	
		
			SSA2000 in a RobotWorx Workcell
		
			Motoman Arc Welding Cell with SSA2000
	


	Another unique design feature of the Motoman SSA2000 is through-the-arm cabling. Its hollow arm makes the entire system lighter and faster. Because the torch cabling is routed through, it has less interference with other objects and equipment. The robot&nbsp;is much easier to program because it is much more reliable and the robot&#39;s shape is uniform. Plus, the through-the-arm design leads to longer cable life.

	The Motoman SSA2000 can be installed from the floor, ceiling, or a wall. It is run with an advanced NX100 controller. The SSA2000 model has a 3kg payload and 1390mm horizontal reach, making it ideal for arc welding tasks.
	
	Interested in a robotic arm with through-the-arm cabling? Contact RobotWorx at 740-383-8383 for pricing and availability on the SSA2000 and other Motoman models.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 23 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Panasonic Welding Systems at Great Prices!</title>
            <link>http://www.robots.com/blog.php?tag=319</link>
            <description><![CDATA[
	High quality welds start with high quality welding systems. Rely on a Panasonic welding power supply for unbeatable MAG, MIG and GMAW control. RobotWorx&nbsp;offers&nbsp;low prices all Panasonic welding packages.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;

	Panasonic VR-006- This six-axis robot features a precise welding repeatability of 0.15mm. Combined with a 1,360mm horizontal reach, the VR-006 will perform any arc welding application in its work envelope.

	Panasonic PerformArc 100 Workcell- This welding system is pre-engineered to include all wiring and the ability to be set up in a few hours after arrival.&nbsp; Equipped with a six-axis robot and a one ton capacity turntable, this workcell produces the high quality welds that industry demands.

	
	RobotWorx&#39; technicians and engineers work hard to ensure that every robot system performs its application without incident. RobotWorx welcomes customers to its facility to test the equipment prior to shipment. We also have a 30-day return policy.
	
	Interested in an affordable Panasonic welding system? Contact RobotWorx at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 23 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The New ABB Robotics Universal Small Cell</title>
            <link>http://www.robots.com/blog.php?tag=317</link>
            <description><![CDATA[
	ABB Robotics goes back to the basics with a new Universal Small Cell (USC). This simplified robot workcell is designed to be cost-effective, space-efficient, and incredibly versatile.&nbsp;
	
	What makes this robotic system so universal? It provides a flexible structure that can accommodate a multitude of applications, including assembly, welding, material removal and cutting.
	
	This standard workcell has a box-like frame with a mounting base. Extremely modular in its construction, the Universal Small Cell can be used alone or attached to other cells. The USC&#39;s compact footprint allows it to be placed anywhere and moved easily. Two interlock doors provide access to the interior of the cell.

	ABB Robotics&#39; streamlined cell can be built around either an IRB 1400, IRB 1600, or IRB 2400 robot model. It is designed with a two station, 180&quot; manually operated indexing positioner table. This particular positioner setup shortens cycle times and increases throughput.
	
	For more information about this and other new ABB developments, contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 21 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Custom-Built OTC Daihen Workcells</title>
            <link>http://www.robots.com/blog.php?tag=316</link>
            <description><![CDATA[
	RobotWorx builds customized OTC Daihen workcells designed to fit your application like a glove. It&#39;s our goal to create systems that help you improve product quality, throughput, and cycle times.
	
	That&#39;s why we strive to consider and incorporate every detail - from work environments to part dimensions and safety requirements. RobotWorx offers a variety of different standard and customized OTC Daihen workcell options at affordable prices. We carry new and used OTC robotic systems, and we also offer hybrid solutions that combine new and used components. Check out this workcell special on an RW1050 (custom RobotWorx cell) equipped with a brand new AX-V4 welding robot.
	
	With custom-built OTC Daihen workcells, we offer a wide variety of different workcell configurations and positioners. Select from stationary and rotary tables, Ferris wheel positions and other setups.
	
	We also give customers the opportunity to choose the OTC robot model that best suits their needs. RobotWorx carries both new and reconditioned OTC Daihen robots from the AX, MR, EX, and AII robot series. OTC Daihen robotic systems movies!
	
	Contact RobotWorx at 740-383-8383 for OTC Daihen workcell and parts pricing.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 17 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc Industrial Robot: Toploader</title>
            <link>http://www.robots.com/blog.php?tag=315</link>
            <description><![CDATA[
	Need an inexpensive way to expand your work envelope? Try a Fanuc toploader robot like the M-710iBT and get more mileage out of your robot dollars.

	Toploader robots can be underslung or sideslung from their overhead rail mounting. They are the perfect match for dispensing, machine tending, press tending, and a host of material handling applications. Whether you need to conserve floor space or have a large part to work on, toploader robots offer a host of advantages.
	
	Much like its standard robot cousins, the Fanuc M-710iBT industrial robot is constructed with six axes of movement. However, the base axis is attached to the rail itself. The robot moves with help from this axis&#39; servo motor and a rack and pinion drive.
	
	The M-710iBT Fanuc industrial robot can extend a full 1706mm horizontally. Plus, the length of the rail can be customized to accommodate different settings. This particular toploading Fanuc industrial robot offers a 45kg payload.
	
	Interested in a Fanuc industrial robot like the M-710iBT toploader? Check out the other members of the Fanuc industrial robot rail-mounted family and contact RobotWorx&#39; sales department at 740-383-8383 for pricing and availability.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 16 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>4H RoboKids Amaze at Marion County Fair</title>
            <link>http://www.robots.com/blog.php?tag=313</link>
            <description><![CDATA[
	The spectators at this Marion County Fair event&nbsp;didn&#39;t come to see cows or chickens.&nbsp;They came to see&nbsp;robots.
	
	On Wednesday, June 24th, the Marion County Fair hosted the second 4H RoboKids maze competition. This&nbsp;year there were more contestants,&nbsp;a larger audience, and a harder, agriculturally-themed robot maze.
	
	RoboKids is a new 4H program designed to give kids in grades 3-5 a fun way to explore robotics, engineering and science. At this particular competition, each RoboKids team of two had a chance to navigate their Lego robot through the floor maze. The AgBot maze also included farm chores, requiring the robots to carry out specific tasks.

	The RobotWorx-sponsored Heritage Elementary RoboKids Club made it to the competition in full force, arrayed in bright tie-dye T-shirts. Their leader, Sue Itterly, is a fourth grade teacher at Heritage.&nbsp;In April, seven teams from the Heritage Elementary RoboKids Club dominated at the National Robotics Challenge, winning Gold, Silver, and Bronze metals.
	
	Find out&nbsp;more about&nbsp;RoboKids.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 13 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Kuka Palletizing Robots</title>
            <link>http://www.robots.com/blog.php?tag=314</link>
            <description><![CDATA[
	&nbsp;
	Palletizing art? Kuka Robotics took a creative approach when revealing three new palletizing robots.
	
	&quot;The Art of Perfect Order&quot; advertising campaign showed one of the new palletizing robots organizing the shapes in an abstract collage into neat stacks of individual colors.

	It&#39;s true, palletizing robots are ideal for creating order and these new Kuka models, the KR 300 PA, KR 470 PA, and KR 700 PA, are especially suitable for large payload palletizing needs. 
	
	Take a closer look:

	
		
			KR 300 PA
			This five-axis palletizing robot combines speed and heavy lifting capabilities. A payload of 300 and a maximum reach of 3150mm give this palletizing robot the flexibility and strength to handle tough jobs.
	
	
		
			KR 470 PA
			The KR 470 PA model is built to handle a slightly larger payload. It still commands a 3150mm horizontal reach and provides 5 axes of movement.&nbsp;
	
	
		
			KR 700 PA
			Excluding the KR 1000 Titan, the KR 700 PA robot is currently the most powerful Kuka palletizing model. This robot is speedy too - capable of handling 15 cycles per minute. This giant can reach a full 3320mm and lift up to 700kg. Engineered with four axes of movement, this robot is ideal for hoisting the heaviest items.
	


	Interested in purchasing a Kuka palletizing robot? Contact RobotWorx at 740-383-8383 for pricing and availability.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 13 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx Sponsors Optimist Football League</title>
            <link>http://www.robots.com/blog.php?tag=312</link>
            <description><![CDATA[
	Continuing its tradition of supporting athletics in the local community, RobotWorx is sponsoring the Delaware Optimist Football League (DOFL) Saints for the 2009 season.
	
	Optimist International is an organization devoted to &quot;Bringing out the best in kids&quot; through service projects.&nbsp;
	
	The DOFL Saints&nbsp;Optimist club is made up of 3rd, 4th, and 5th graders from the Delaware, Ohio area. The generous donation from RobotWorx will make it possible for the DOFL Saints to buy jerseys and other necessary items.
	
	In the past, RobotWorx has sponsored the OSU Lacrosse Club and wrestler Tommy Rowlands. For more information contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 08 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>6 Steps to Selling a Fanuc Robot</title>
            <link>http://www.robots.com/blog.php?tag=309</link>
            <description><![CDATA[Not&nbsp;sure&nbsp;about the best way to sell a Fanuc robot? Take it one step at a time with RobotWorx' simplified approach to selling. 
RobotWorx is always looking for new and used Fanuc robots for sale. If you are selling a Fanuc robot, don't miss out on the best prices on the market!&nbsp;
Contact Us:
Call a RobotWorx acquisitions specialist at 740-383-8383 and/or use this online form to submit your bid request.

Share the Info:
Describe the robot you are selling and send information about and photos of its condition.

Get Appraised:
RobotWorx will fully appraise the robot paying the most attention to the condition of the robot manipulator and control cabinet. The top bids go to robots with few to no cosmetic or mechanical damage.

Accept Bid:
Once you receive a bid for your Fanuc robot, the next step is yours. RobotWorx offers the best prices in the robotics market. In fact, we pledge to pay 10% more than any competitor.

Receive Money:
RobotWorx makes sure your payment is sent quickly. We allow our customers to choose between a check by overnight mail or a wire transfer.

Send it Off:
RobotWorx&nbsp;will arrange for packing and shipping your Fanuc robot. ]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 06 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Panasonic Manipulator Arm for Less Than 10K</title>
            <link>http://www.robots.com/blog.php?tag=310</link>
            <description><![CDATA[
	Keep your costs down with a Panasonic manipulator arm from RobotWorx&#39; under $10,000 sale.
	
	RobotWorx is currently offering three reconditioned Panasonic models at this astoundingly low price point. Buy a VR-006, VR-016, or VR-032 Panasonic manipulator arm - each available with a 30-day warranty covering all parts and services.
	
	All three of these Panasonic models are ideal for a variety of applications: arc welding, pick and place, material handling, and more. These Panasonic manipulator arms suitable for&nbsp;many different installations and are equipped with G2 controllers and user-friendly teach pendants.
	
	When you&#39;re looking for the best Panasonic manipulator arm for to match your project, keep in mind your job&#39;s weight and work envelope needs...
	The low-cost Panasonic VR-006 G2 manipulator arm provides a 6kg payload and 1360mm horizontal reach, while the VR-016 G2 Panasonic manipulator arm increases the payload by an additional 10kg and extends the reach to 1711mm. The larger 32kg payload VR-032 Panasonic manipulator arm increases the work envelope with a 1866mm horizontal reach.&nbsp;&nbsp;
	
	Interested in another type of Panasonic robot arm? Contact RobotWorx at 740-383-8383 for more information: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 06 Jul 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Industrial Delta Robots Picking Up</title>
            <link>http://www.robots.com/blog.php?tag=308</link>
            <description><![CDATA[
	Slabs of raw meat, solar cells, pills, cookies...
	
	When it comes to picking and placing the challenging stuff, a number of industries are turning to one robot type in particular, the Delta. The Delta robot has a unique design that allows it to handle objects delicately, quickly, and precisely.
	
	Daring Delta Robot&nbsp;Design:
	The Delta parallel robot is constructed with one rotational and three translational (x, y, z) movements. The arms of the Delta robot are parallelograms, attached with universal joints to a common base, then to one single EOAT platform. Most Delta robots have three parallelogram arms, but some models have four. Each arm is powered by its own motor.
	
	Sweet Delta&nbsp;Moves:
	The spider-like arms and general construction of the Delta robots allow&nbsp;them to move with extreme accuracy within a dome-shaped work envelope.&nbsp;They are capable of maintaining extremely low inertia while still reaching high speeds.
	
	The pharmaceutical, food, solar power, and electronic industries appreciate this robot style&#39;s rapid transfer capabilities. The Delta-style robot is typically used for pick and place, assembly, and packaging jobs. It is normally installed in an inverted position.
	
	The Birth of the Delta Robot:
	Professor Reymond Clavel is credited with inventing and naming the Delta robot in the early 1980s. In 1999, ABB created their Flexpicker IRB 340, which was followed by an updated Flexpicker IRB 360. This particular Delta robot is capable of 150 picks per minute. Another robotics company, Adept, created their own Delta robot, the Adept s650H as well.

	Current and Future Delta Robots:
	While the Adept and ABB robots are the most common industrial Delta versions right now, this may soon change. For a while, the unique Delta design has remained protected with a series of patents. However, these patents are close to their expiration dates, leaving the door open for new Delta models (such as the FANUC spider robots).&nbsp;
	
	Interested in a Delta robot solution? Contact RobotWorx for pricing and other information - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 30 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Used Robotic Welding Cells at RobotWorx</title>
            <link>http://www.robots.com/blog.php?tag=307</link>
            <description><![CDATA[
	Used robotic welding cells provide companies with the opportunity to modernize production without breaking the bank.
	
	Welding is a critical step in any process. Why not make this important part of your production even more streamlined, speedy, and hazard-free?
	
	Used robotic welding cells offer consistent, high-quality welds. They make your workplace safer by handling all the welding-related hazards - arc glare, fumes, smoke, intense heat. Plus, used robotic welding cells are capable of improving overall throughput.
	
	Custom-Built Workcells:
	Used robotic welding cells come in many sizes and shapes. RobotWorx will custom-build a workcell to match your application and floor plan specifications.
	
	Our engineers create systems with a variety of positioners - stationary tables, ferris wheel, headstock/tailstock, rotating tables, etc. They outfit each used robotic welding cell with reconditioned welding robots from your choice of manufacturers, including Motoman, Fanuc, OTC, Panasonic and more. Check out RobotWorx&#39; collection of used robotic welding cells.
	
	For more information about used robotic welding cells, contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 29 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Sell Your Old Industrial Equipment</title>
            <link>http://www.robots.com/blog.php?tag=305</link>
            <description><![CDATA[
	It&#39;s time for a little summer cleaning!
	
	Old industrial equipment, often the result of product, facility, and application changes or upgrades, not only&nbsp;takes up space, it drains finances. Here&#39;s how to clear out your old industrial equipment and make some money in the process.
	
	RobotWorx is always on the lookout for used robotic systems and old industrial equipment. If it meets our standards, we guarantee to beat any other offer by 10%.
	
	How the Process Works:
	RobotWorx&#39; Acquisitions Department pays close attention to the condition of the robot manipulator and control cabinet. They refer to photos or visit the facility housing the old industrial equipment to gather more information. We ask that customer supply the following:

	
		Estimated age of the equipment&nbsp;
	
		Previous industrial purpose&nbsp;
	
		Present functionality level


	Questions? Contact RobotWorx at 740-383-8383 for more details.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 23 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Benefit from Working with a Turnkey Integrator</title>
            <link>http://www.robots.com/blog.php?tag=306</link>
            <description><![CDATA[
	Integrating a robot system can be tricky and time-consuming. Before you decide to go it alone, consider the benefits of working with a certified turnkey integrator.

	
		Turnkey Integrators Make it Simple:
		A certified turnkey integrator handles every step of making your robotic system a reality. RobotWorx takes your turnkey robotic workcell from design, through development, and finally to deployment. In other words, our salespeople, engineers, and technicians work with you from start to finish - analyzing needs, drafting plans, building, testing, and finally, installation. No sweat.
		&nbsp;
	
		This Way You Rely on Experts:
		There is no need to spend the time and effort comprehending all the technological intricacies of a robotic system. Instead, turnkey integrators allow you to focus on growing your business. Let RobotWorx keep up with new robotic advancements. We have the technical expertise and experience to meet all your requirements. Relying on a turnkey integrator means your system is finished faster and more thoroughly.
		&nbsp;
	
		Integrators Provide More Choices:
		With a certified turnkey integrator, you have more options, more flexibility. Whether you need a manufacturer&#39;s pre-engineered workcell or want to create a customized system,&nbsp;we&#39;ll find your best&nbsp;option. RobotWorx works with individual customers to create a workcell that fits their application and product.
		
		For more information about turnkey integration, contact RobotWorx at 740-383-8383.

]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 23 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Affordable Robotic Cells from RobotWorx</title>
            <link>http://www.robots.com/blog.php?tag=303</link>
            <description><![CDATA[
	RobotWorx&#39; robotic cells provide a cost-effective, customized way to automate. These turnkey units include every necessary component - peripherals, safety systems, robot, controller, positioners, and tooling.
	
	Robotic cells are self-contained systems that operate within their own safety environment. They are compact, easy and quick to install. Plus, they can be customized to suite any product or application requirement with different robot models, tooling, and positioners / tables.
	
	RobotWorx&#39; line of robotic cells includes:

	
		RW900 - The most compact of the RW robotic cells, the RW900 has a manual turntable.
		&nbsp;
	
		RW1000 - This customizable robotic cell features two stationary tables.
		&nbsp;
	
		RW1050 / RW1050S - An 180-degree indexing table allows parts to be processed faster. A servo-powered turntable is also available if incremental movements are required.
		&nbsp;
	
		RW1450 - With a headstock/tailstock on one side, and a stationary table on the other, this flexible robotic cell is ready for complicated jobs.
		&nbsp;
	
		RW2450 - This powerful robotic cell is capable of handling heavy payloads and challenging welding applications.
		&nbsp;
	
		Hybrid - Built from a combination of new and used components, RobotWorx&#39; Hybrid cells offer terrific opportunities for savings.


	In addition, RobotWorx offers many pre-engineered workcells from a variety of major robot manufacturers. Please browse our collection of Motoman, Panasonic, Fanuc, and OTC robotic cells.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 22 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>10 Easy Steps to Automating with Robots</title>
            <link>http://www.robots.com/blog.php?tag=302</link>
            <description><![CDATA[
	What is the simplest way to make the robotic system you&#39;ve envisioned a reality?
	
	RobotWorx has taken the time to narrow down the most important steps to take to realize your automation dream.
	
	As with all business transactions, success comes down to good communication, knowing what to expect, and what to ask. Something as simple as sending a photo or sample of your part to your integrator can really help. Whether this is your first robot purchase or your fiftieth, there are some basic steps you can take to make the process go smoothly.
	
	Visit Robot Automation: 10 Steps to find out more!
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 19 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Save with Industrial Painting Robots</title>
            <link>http://www.robots.com/blog.php?tag=301</link>
            <description><![CDATA[
	You&#39;ve come a long way, paint robot.

	Industrial painting robots are much more accessible than they used to be.
	
	Not only are there are more models on the market, but they are more affordable than ever before. And once they&#39;re in your shop - look out!

	Industrial painting robots provide incredible savings on....

	
		Paint: With industrial painting robots you minimize any wasted material. A smaller amount of paint or coating is used (15-30% less) because there isn&#39;t any overspray.&nbsp;&nbsp;
		&nbsp;
	
		Space: Industrial painting robots can be hung from the ceiling or wall. They can attach to the floor, or mount on a shelf. The most popular industrial painting robots ride along a rail. Such robot rail systems allow for better part accessibility, faster throughput, and above all - more compact paint booths.&nbsp;&nbsp;
		&nbsp;
	
		Quality: Enhance your product with a improved coating. Fewer errors improve the overall quality level.
		&nbsp;
	
		Time: Reduce cycle time with condensed robot set-ups and fewer mistakes. Industrial painting robots don&#39;t take breaks. They are capable of working consistently and effectively, 24/7!&nbsp;&nbsp;


	Check out RobotWorx&#39; industrial painting robot offerings. Remember, we carry both used and new models, so there&#39;s bound to be something that fits your budget. Call today for pricing: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 15 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Fanuc ARC Mate 100iB Welder</title>
            <link>http://www.robots.com/blog.php?tag=300</link>
            <description><![CDATA[
	The ARC Mate 100ib may not be the newest welding robot on the block (the ARC Mate 100iC is the series&#39; latest), but it still has a lot to offer. Choose this used robot for its reliable performance and low cost.
	
	Flexibility:
	The Fanuc ARC Mate 100iB is constructed for optimal parts accessibility. Its 1373mm horizontal reach make for an expanded work envelope. Fanuc ARC Mate 100iB robots also have extremely narrow wrists, so they can reach easily inside of parts or other machines. Install this flexible robot anywhere - ceiling, floor, at an angle or from a wall!
	
	Performance:
	The design of this compact welding robot make it an ideal match for MIG and TIG jobs. The Fanuc ARC Mate 100iB has a relatively lightweight payload ability - 6kg - which makes it perfect for welding applications.
	
	Mechanics:
	Fanuc Arc Mate 100iB is powered by electric servos and a RJ3iB controller. It offers a unique wire feed motor which mounts directly to the top arm - allowing for more controlled welding.
	
	Contact RobotWorx for ARC Mate 100ib pricing and information: 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 12 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Robots Made Affordable</title>
            <link>http://www.robots.com/blog.php?tag=298</link>
            <description><![CDATA[
	In need of new Motoman robots for less? Look to RobotWorx for creative, affordable solutions and top-notch new robots.
	
	Whether you&#39;re&nbsp;shopping for a PX1450, a EPL300, or HP20, RobotWorx is your best resource for new Motoman robots. Our inventory is constantly expanding and changing, and we have strong networks established in the robotics industry. What does all this mean? Simply put, if we don&#39;t have the new Motoman robots you&#39;re looking for in stock, we&#39;ll be able to locate one for you very quickly.
	
	Ways to Save with New Motoman Robots:
	Furthermore, RobotWorx is in the business of making automation affordable. Our team will help you think creatively about your entire robot system. We understand brand new Motoman robots offer a high level of security and performance. You may need a new Motoman robot because of your application or environmental requirements.

	However, consider all the ways you can save with a thoroughly reconditioned workcell: safety surrounds, fencing, turntables, tooling, etc. Match your new Motoman robots with affordable, reconditioned platforms. These Hybrid workcell options will give you the results and the price tag you need to remain competitive. &nbsp;&nbsp;
	
	Contact RobotWorx for pricing and other information about new motoman robots: 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 10 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Fanuc Genkotsu Robot: The M-1iA</title>
            <link>http://www.robots.com/blog.php?tag=299</link>
            <description><![CDATA[
	Fanuc&#39;s new assembly robot, the M-1iA, weighs a mere 17kg. This 6-axis parallel-link robot takes up&nbsp;very little room&nbsp;and easily attaches to other machines.
	
	Ideal for small parts handling, pick and place, and assembly, the Fanuc M-1iA Genkotsu robot has a flexible 3-axis wrist and is also available in a nimble 4-axis version. The unique parallel-link design allows for precise material handling. When debuted at a recent robotics trade show, the new Fanuc robot was set up assembling and disassembling 10-key keyboards at top speed.&nbsp;&nbsp;
	
	The sophisticated new Fanuc M-1iA robot comes with super high-tech features, including Collision Guard and an optional iRVision system. It is controlled by a Fanuc R-30iA Mate.
	
	Interested in buying a new Fanuc robot? Want to know more about parallel-link industrial robots? Contact RobotWorx at 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 10 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>18 ABB Robots in Terminator Salvation</title>
            <link>http://www.robots.com/blog.php?tag=296</link>
            <description><![CDATA[
	Forget Christian Bale - the real stars in Terminator Salvation were 18 ABB industrial robots!
	
	These burly 6-axis robots - twelve ABB IRB 6620 and six ABB IRB 1600 robots - were shown building Cyborgs towards the end of the blockbuster. According to a recent ABB press release, these particular ABB models were singled out by the product placement company for their tough industrial look.
	
	Learn about the industrial robots in Terminator Salvation:
	
	The ABB IRB 1600 robot has a relatively lightweight 6kg payload capacity, and a 1.2m horizontal reach. When it comes to installation, the ABB IRB 1600 is very flexible. It can be mounted from the floor, wall, inverted, or even attached at an angle!
	
	This robot is typically found performing one of the following industrial jobs: arc welding, machine tending, assembling, pick and place.
	
	The much beefier ABB IRB 6620 robot is capable of a 150kg payload and a 2.2m horizontal reach. Ideal for spot welding and machine tending, the ABB IRB 6620, like the IRB 1600 is very flexible.

	Interested in a Cyborg-building ABB of your own? Contact RobotWorx for ABB robot pricing and information: 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 08 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc Robot Repair You Can Trust</title>
            <link>http://www.robots.com/blog.php?tag=297</link>
            <description><![CDATA[
	A broken robot has the ability to stop production in its tracks. Don&#39;t get stuck in this predicament! Instead, take advantage of RobotWorx&#39; Fanuc robot repair offerings.

	Our technical staff provides quick, top-notch diagnostic and repair services for Fanuc and other select industrial robots. Whether you have an ArcMate 100i, M-16iB, or R-2000iA, RobotWorx has the Fanuc robot repair parts and Fanuc robot repair experience to get your production line back on its feet in no time!
	
	Each Fanuc robot is thoroughly inspected and repeatability tested. After the diagnostic stage is complete, RobotWorx will submit its recommendations for &nbsp;Fanuc robot repair to you, the customer.
	
	Finally, RobotWorx&#39; extensive Fanuc parts inventory and the experience of its staff make performing Fanuc robot repair easy. Call today for pricing and more information.
	
	When you need Fanuc robot repair, look no further than RobotWorx&#39; Service and Parts Department: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 08 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Top 3 Advantages of Robot Track Systems</title>
            <link>http://www.robots.com/blog.php?tag=295</link>
            <description><![CDATA[
	
	
	Get your robots back on track!
	
	Linear floor and wall robot tracks are highly useful. Common fixtures when it comes to painting or door opening, robot track systems can also prove valuable with less obvious applications: welding and material handling.

	Find out how linear robot track systems could transform your facility.


	&nbsp;

	&nbsp;

	&nbsp;

	RobotWorx&#39; Track System Offerings:&nbsp;
	Fanuc Track System Workcell
	Fanuc Rail-Mounted Series

	VIDEOS of Robot Track Systems:
	FANUC Track-Mounted Robot
	Overhead Robotic Track Video

	
		Tracks Expand Work Envelope:
		A robot track system is an excellent way to extend the reach of your robot(s). A stationary work envelope is somewhat limiting, however, with robot tracks, the only limitation you have is created by the length of your rail.
		
		If your product is large, perhaps a car or a plane, a track system will allow for better access. Instead of moving your product, move the robot.
		
		Robot track systems give you additional application flexibility as well. Move your robot(s) from one location to another to handle more than one process or transport objects.&nbsp;&nbsp;
		&nbsp;
	
		Conserving Floor Space with Robot Tracks:
		Robot track systems can dramatically change your floor plan, allowing you to create smaller workcell/booth spaces. Wall-mounted tracks are frequently used in painting booths.&nbsp;
		&nbsp;
	
		Robot Track Systems Reduce Costs:
		You could save money with a tracking system! Because your robot can move and reach further, it can handle more work. Instead of two, three, four stationary robots, a robot tracking system allows you to get the job done with fewer robots, thus costing your company less. At the same time, many industrial robot track systems can conserve space - saving you even more.
		
		


	&nbsp;

	For pricing on new and reconditioned robot track systems, contact RobotWorx at 740-383-8383.For pricing on new and reconditioned robot track systems, contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 05 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ONU Kuka Robots Serve Ice Cream!</title>
            <link>http://www.robots.com/blog.php?tag=293</link>
            <description><![CDATA[
	It&#39;s not every day you get to see industrial robots dishing out soft serve...and adding toppings!
	
	Wherever it goes, Project Ice Cream, a workcell designed and built by students from Ohio Northern University&#39;s (ONU) Robotics Center of Excellence (RCoE), is wildly popular. People stand in long lines, mesmerized.
	
	This April was no exception. National Robotics Challenge 2009 attendees waited patiently, watching as two Kuka KR3 industrial robots - one assigned to ice cream, another toppings - doled out individual ice cream sundaes. Not surprisingly, the system received the Crowd Pleaser Award.

	Project Ice Cream was designed, built, and debuted in just five weeks last Fall (2008). Twenty-six ONU students built the robotic ice cream dispensing machine. This extracurricular venture was overseen by Dr. Adam Stieneker, Director of ONU&#39;s Robotics Center of Excellence. and Professor Rich Miller. &nbsp;

	The Project Ice Cream workcell consists of two Kuka KR3 robots, a Taylor soft serve ice cream machine, a topping dispenser, an Allen-Bradley Micrologix 1500 Programmable Logic Controller (PLC), Allen Bradley PanelView Component Operator Interface - C600 Touch Panel, Point Grey Research Flea2 firewire camera with VisionPro software, and customized EOAT.

	Ordering an ice cream sundae is easy. Customers choose one of six toppings using the operator interface, then ready the system by placing a cup in the robot&#39;s EOAT, and a spoon in a designated spot. From there, the PLC coordinates and controls the movements of the two robots, and cues the ice cream machine, while the camera helps the robot locate, pick up, and place the spoon. See Project Ice Cream in action!
	
	The ice cream workcell is just one of the &quot;fun&quot; projects ONU has created. During the 2007-2008 academic year, ONU created a table hockey-playing robot system. A team at the RCoE is currently working on a robotic table tennis cell.

	&quot;While these projects are light-hearted, they teach real-world skills and require research and development that can potentially be transferred into industrial situations,&quot; Stieneker said. All three projects have dealt with computer vision-controlled systems. &quot;The current trends in vision guided 3D bin-picking could benefit from some of the technology developed in creating the table hockey project and the table tennis project.&quot;

	Beyond that, these projects are enjoyable: &quot;If I announce that I would like students to work on a robot that unloads small, randomly placed, metal pieces from a box I might have a few students interested.&nbsp; However, if I tell the students that we are creating a robot that plays table tennis, their ears perk up and it is automatically considered fun to work on. &nbsp;I found this especially [true] with the ice cream project (of course the free ice cream in the laboratory might have helped).&quot;&nbsp;

	The hard work has paid off. Stieneker said they are now working on commercializing Project Ice Cream for amusement parks, restaurants, etc. The RCoE is always ready for a challenge. In fact, they offer R&amp;D in robotics, vision, and industrial simulation.

	ONU is serious about using industry-grade equipment. Not only does this give students an advantage with future employers, it also makes them aware of certain industrial hazards.

	&quot;An educational articulated robot will not likely hurt much if it collides with your arm, but an industrial robot would do some serious damage.&nbsp; Educating students with industrial equipment allows them to gain a healthy respect for the equipment and helps to engrain safe working procedures into the students for their futures in industry,&quot; Stieneker said.

	Interesting in learning more about ONU&#39;s robotic projects and R&amp;D work? Contact Dr. Adam Stieneker at
	a-stienecker.1@onu.edu.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 04 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Robot Software: MotoSim EG-VRC</title>
            <link>http://www.robots.com/blog.php?tag=294</link>
            <description><![CDATA[
	Introducing an authentic virtual teach pendant interface. The MotoSim EG (Motoman Simulator Enhanced Graphics) was recently released with a Virtual Robot Controller (VRC) component.
	
	This new Motoman robot software allows users to troubleshoot, train, and plan all programming using a 3D simulation of robotic cells plus a virtual Motoman NX100 controller interface.
	
	Interested in Motoman Robot software, controllers or teach pendants? Contact RobotWorx at 740-383-8383 for pricing and information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 04 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Try Injection Molding with Industrial Robots</title>
            <link>http://www.robots.com/blog.php?tag=292</link>
            <description><![CDATA[
	Industrial robots are lending a hand in the injection molding industry.
	
	Injection molding is an incredible process: liquid thermoplastic or thermosetting material is shot into a mold, hardens as it cools, then emerges as a complete product. Voila! Now, with industrial robots taking care of all the machine tending duties associated with injection molding, this application is even more miraculous.

	Product Listing: Robots for Injection Molding
	Case Study: Robotic Solution for Injection Molding

	
		Robots Add Accuracy, Speed to Injection Molding Process:
		Injection molding machines produce the same results at the same speed - every time. Robots are able to keep pace and improve the efficiency of the entire system with quick material handling, few if any mistakes, and effective palletizing. Speed up your process with industrial robots.
		&nbsp;
	
		Flexibility and Injection Molding Robots:
		Industrial robots add flexibility. Injection molding is used for all types and sizes of parts - from tiny assembly components to large automotive body pieces. Robots can be quickly programmed to handle different products. Furthermore, they can easily tend more than one machine at once. They can also be programmed to palletize or place parts on a conveyor.
		&nbsp;
	
		Injection Molding Robots are Compact:
		An injection molding machine takes up a lot of real estate. With machine tending robots, you can conserve floor space. Robots work from a compact footprint and they can be mounted anywhere - ceiling, wall, shelf, machine. Streamline your floor set up with slim-armed robots to handle the machine tending.
		&nbsp;
	
		Robots, Injection Molding and Safety
		Robots create a safer work environment. Typically, workers are required to work in close proximity to injection molding machines, reaching to remove parts and stack them - over and over again. Those removing the parts from an &nbsp;injection molding machine are prone to repetitive movement injuries. With robots, human contact with the injection molding machine is minimized.
		
		Interested in a robot for your injection molding process? We carry a variety of machine tending robots. Contact RobotWorx at 740-383-8383 for pricing and information.&nbsp;&nbsp;
		

]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 01 Jun 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Welding Arms: Motoman MS80</title>
            <link>http://www.robots.com/blog.php?tag=291</link>
            <description><![CDATA[Good robot design makes for good robot performance. The Motoman MS80 "Master Spot" welding robot demonstrates this truth. 
Much like previous robotic welding arms, the Motoman MS80 is built with six axes of movement and a 80kg payload capacity. However, the MS80 was constructed to move with more speed and agility than its fellow robotic welding arms. It can, in fact, move 43% faster!
So Many Advantages:
This benefits of this speedy, streamlined MS80 are many. The ability to move faster allows this robot to drastically cut cycle times and increase throughput.  This particular design allows the spot welding robot to work closer to other robots and parts - conserving space, time, and energy. The MS80 runs all power, water, air, motor, and signal lines internally - allowing for closer, more accurate movements, easier programming times, and cable longevity. 
A Specialized Welding Gun:
Another alteration from typical robotic welding arms has to do with the MS80's spot welding gun. This new 
Motoman spot welder is equipped with a lightweight DC spot welding gun. It offers 600kg clamping ability and a 15,000 amp capability, but its light construction allows this spot welding robot to use 33% less power.
Controlling More than One - The DX100:
Robotic welding arms wouldn't be complete without a trusty controller, in this case the DX100. This is a good match since the DX100's specialty is multiple robot control - perfect for robotic welding arms working in closer proximity.  The DX100 also protects against collisions. 
Interested in purchasing robotic welding arms such as the new Motoman MS80? Contact RobotWorx at 740-383-8383 for pricing and availability.   ]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 21 May 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotics Automation and Aerospace Manufacturing </title>
            <link>http://www.robots.com/blog.php?tag=290</link>
            <description><![CDATA[
	All U.S. Stealth aircraft receive a coat of specialized paint so they remain invisible to enemy radar. The paint must be applied impeccably without a bubble or drip. That&#39;s why this&nbsp;job is handled by the best of the best - a Motoman P8 industrial robot.
	
	Aerospace manufacturing is unique and specialized. The parts are complex and often gigantic. While it may come as a surprise, this industry has begun to rely more and more on the standard 6-axis industrial robot, not specialized machinery. Here&#39;s are some of the top reasons why...

	
		Robotics Automation is Economical: 
		Aerospace manufacturers are attracted to robots&#39; cost-effectiveness. The typical 6-axis articulated robot is far more affordable than a custom-built machine and performs just as effectively. Companies that opt for a reconditioned robot can expect to save even more - up to 50%-60% less than the cost of a new robot.&nbsp;
		&nbsp;
	
		Usability and Robotics Automation:
		Compared to setting up customized machines, robotics automation is easy to deploy. Six-axis robots are quick to set up, program, and put into production.&nbsp;
		&nbsp;
	
		Flexible Automation with 6-Axis Robots:
		Robots are well-suited for aerospace manufacturing because they offer application and work envelope flexibility.&nbsp;&nbsp;
		
		&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Quick Fix: Change the tooling, change the programming, and your 6-axis robot is ready for a new application. This flexibility (switching from arc welding to material handling, to deburring, for instance) makes robotics automation very attractive to aerospace manufacturers.&nbsp;
		&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Extra Axes: The traditional 6-axis robot can also be augmented by adding additional, external axes so it can &quot;reach&quot; the entire length of larger parts.&nbsp;
		&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Limited Quantities: Aerospace part production is different than automotive part production. Not only are parts more complicated, requiring more precision and slowed manufacturing, but aerospace parts are created in smaller batches.&nbsp;Industrial robots are well-suited because of their versatility.&nbsp;
		&nbsp;
	
		Robotics Automation and the Aerospace Worker:
		Sometimes building an aerospace craft gets a bit cramped. Industrial robots make cramped and painstaking tasks like closing up wing spaces much more ergonomic and quick.
		
		Without the assistance of industrial robots, the aerospace worker, like the automotive worker, must endure repetitive welding, deburring, and other tasks. Now aerospace manufacturers are avoid such repetitive movement injury and strain by letting robotics automation&nbsp;handle the dull work.
		
		Interested in an industrial robot for your aerospace application? Contact RobotWorx at 740-383-8383 for pricing and information.&nbsp;


	Related Articles and Blogs:
	RobotWorx and the Aerospace Industry
	Case Study: Panasonic TA1400 Robot Welds Aerospace Parts
	&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 20 May 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Industrial Robotic Arms: MH5 and MH5L</title>
            <link>http://www.robots.com/blog.php?tag=287</link>
            <description><![CDATA[
	Stack, pack, place...
	Motoman&#39;s newest material handling robots, the MH5 and MH5L, are the ideal solution for small parts jobs. In fact, these 6-axis models are built for a number of applications, from assembly and packing, to pick and place.
	
	Sporting a 706mm reach, the Motoman MH5 has a light 5kg payload. If the job requires a wider work envelope, the MH5L long reach model extends a full 895mm while providing the same payload capacity.
	
	These new industrial robotic arms are designed with internal cables, allowing for even greater flexibility. Both use the advanced DX100 controller, which can be control up to 72 axes at one time.
	
	RobotWorx carries a variety of new and reconditioned industrial robotic arms from leading manufacturers. Contact our Sales Department at 740-383-8383 for pricing and information.&nbsp;&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 12 May 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The MPK2 New Motoman Robot </title>
            <link>http://www.robots.com/blog.php?tag=286</link>
            <description><![CDATA[
	Have some food products you need to move? Robots will do the job quickly and efficiently. Motoman&#39;s newest food robot, the MPK2, is built to pick and place, stack and pack at high speeds.
	
	Five axis construction and a hollow arm for cable routing, allow this new Motoman robot to move with great effectiveness. The MPK2 robot has a 1,625mm vertical reach and a 900mm horizontal reach. It is available with 2kg or 4kg payload capacities, depending on the type of application. The Motoman MPK2 robot can be installed to the floor, ceiling, or wall.
	
	Not only is this industrial food robot flexible, it&#39;s cleaner and safer. The MPK2 Motoman robot is National Sanitation Foundation NSF-H1 certified against grease. It also carries an IP67 rating which allows it to be washed down for sanitation purposes.&nbsp;
	&nbsp;
	Looking for a reliable food robot? Contact RobotWorx for pricing and availability: 740-383-8383. 
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 11 May 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>National Robotics Challenge and RobotWorx</title>
            <link>http://www.robots.com/blog.php?tag=284</link>
            <description><![CDATA[
	Robot education is alive and well in Marion, Ohio.
	
	Over 600 robotics students gathered for the National Robotics Challenge (NRC) held April 17 and 18, 2009 at Marion County Fairground&#39;s Veteran Memorial Coliseum.
	
	What is it?
	The two-day event centered around a series of robotics competitions: SUMO robot, robot maze, robot hockey, AgBot and much more. Participating teams hailed from eight states, and included elementary through college students. Awards were given to contest winners. The most significant, the&nbsp;Honda Innovation Award, went to the team from North Union Middle School. 
	
	RobotWorx&#39; Part
	For the second year in a row, RobotWorx contributed to NRC by providing three facility tours. President Keith Wanner gave a short presentation about the company then led the tour groups through the Integration Bay. Students saw several robotic workcells in action as well as a demonstration of repeatability testing.
	
	Started in1986, the NRC is the oldest robotics competition in the nation. The event takes place annually and continues to grow in popularity.
	
	Interested in attending or participating? Visit the NRC website&nbsp;for more information. 
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 21 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How Pick and Place Robots Change Everything</title>
            <link>http://www.robots.com/blog.php?tag=282</link>
            <description><![CDATA[
	Discover why pick and place robots provide the best answer to material handling challenges.

	1.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Accuracy and Pick and Place Robots:
	Robots are outfitted with wide reaches and slim arms, steady repeatability and precise tooling - all of which allows them to be extremely accurate. This high precision capability makes them a good match for pick and place applications.
	&nbsp;

	2.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Flexible Pick and Place:
	One of the main advantages of robotics is flexibility. Pick and place robots are easily programmable. They are able to accommodate multiple changes in product shape and type. In addition, robots provide a high level of movement flexibility.
	&nbsp;

	3.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Increase Consistency with Pick and Place:
	Pick and place robot systems have the ability to improve product quality and cycle time. Robotic movements are regulated, so the results are always the same. Quality is improved because of this regularity. Furthermore, this consistency allows the processes to take place.
	&nbsp;

	4.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Robots are Space-Efficient: 
	Because they are designed with compact bases, pick and place robots are ideal if you are looking to conserve floor space. Robots can be programmed to move within strict work envelope limits - leading to even better use of space.
	&nbsp;

	5.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Robots Maximize Safety:
	Pick and place applications can be physically demanding. They are labor-intensive, repetitive, and monotonous. Depending on the weight and size of a part, moving it from one place to another can be very demanding work. Pick and place robots are unaffected by the stresses of the application. They are able to work without taking breaks or making mistakes.
	&nbsp;

	6.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Save with Pick and Place Robots:
	Incorporating pick and place robots can effectively cut your costs. Robotic precision and reliability allow for less wasted material and more efficient use of time. Plus, the initial investment in robots is quickly recouped - making pick and place robots an extremely cost-effective solution.

	RobotWorx&#39; inventory many pick and place robots in its inventory. Contact the Sales Department at 740-383-8383 for pricing information.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 20 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Robots Added Every Day!</title>
            <link>http://www.robots.com/blog.php?tag=283</link>
            <description><![CDATA[
	RobotWorx&#39; inventory is constantly changing and expanding. As used and new robots are released onto the market, RobotWorx&#39; Acquisitions staff is dedicated to choosing only the best.
	
	Don&#39;t miss RobotWorx&#39; new robots! Instead, visit and bookmark RobotWorx&#39; New Robot Arrivals page so you can be the first to know what and when&nbsp;we add to our new robots collection.

	This is a great way to take advantage of low priced, hot-item robots. RobotWorx stocks a variety of top quality robots including Motoman, Fanuc, OTC, Nachi, Kuka, ABB, Panasonic, and others. Each of the new robots added to the inventory&nbsp;comes with&nbsp;a 100% satisfaction guarantee and full two-year warranty.
	
	Want to know more about the new robots in RobotWorx&#39; inventory? Contact our Sales Department at 740-383-8383 for more information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 20 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc Integrator: Why You Need One</title>
            <link>http://www.robots.com/blog.php?tag=281</link>
            <description><![CDATA[
	Never underestimate the value of working with a Fanuc Integrator.

	
		Variety: When you go with a Fanuc Integrator, you don&#39;t have to spend precious time and effort trying to find the right part or robot. RobotWorx has a full stock of Fanuc robots and Fanuc parts on hand. This way, you can choose from a variety of options instead of settling for something that doesn&#39;t quite fit your needs.&nbsp;
		&nbsp;
	
		Affordability: Fanuc Integrators like RobotWorx are the most affordable option. Not only are we in the best position to provide what you need when you need it, but we&#39;re able to acquire and then resell reconditioned Fanuc robots for less.&nbsp;
		&nbsp;
	
		Technical Know-How: Fanuc Integrators such as RobotWorx offer the technical expertise you need for your integrator project to succeed. We have years of experience reconditioning and integrating Fanuc robots. We&#39;re committed to customizing your Fanuc robot system to your specifications. When it comes to safety environments, peripherals, and programming, we have the knowledge to integrate everything into a seamless unit.&nbsp;&nbsp;
		&nbsp;
	
		Reliability: Unlike an auction sale, RobotWorx offers dependability. Each RobotWorx Fanuc workcell comes with a complete two year warranty. Plus, our reconditioning process is unmatched for thoroughness. Systems undergo intense performance testing.&nbsp;
		&nbsp;
	
		Time: Need a system fast? Then choose a Fanuc Integrator. Don&#39;t waste time trying to find the right robot in the right condition. Don&#39;t waste time trying to come up with the proper components and peripherals all by yourself. Instead, work alongside a Fanuc Integrator like RobotWorx that is set up for this type of work.
		&nbsp;
	
		Training: As a Fanuc Integrator, RobotWorx takes training seriously. We offer free program and safety training to every Fanuc system customer. Without a Fanuc Integrator by your side, it can take time to understand the ins and outs of your robotic system.


	Interested in a robot system from a Fanuc integrator? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 13 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Web-Based Motoman ROBOTPRO </title>
            <link>http://www.robots.com/blog.php?tag=280</link>
            <description><![CDATA[
	Motoman&#39;s ROBOTPRO - a resource for maintenance and repair needs - is improved and more
	portable than ever!
	
	Now you can learn how to fix your robot online! Motoman&#39;s newest version of ROBOTPRO software is available on a yearly subscription basis. All you need is high-speed Internet and a web browser on your computer and PRESTO - you&#39;re in business!
	
	Motoman ROBOTPRO is available for specific robot with NX100 controllers. It provides step by step instructions, photos, illustrations, and explanations. It&#39;s a good resource, whether you&#39;re alarm troubleshooting, performing preventive maintenance, or handling repairs. This software version has diagnostic information for over 300 alarm codes as well.

	Another Option:
	RobotWorx offers its own version of the portable, digital manual. When you purchase a robot, you can choose to have your robot manual placed on a disk. This way you can print off specific sections, access the manual from your laptop, and more!
	
	Contact RobotWorx with any questions about Motoman ROBOTPRO or its digitalized manual option - 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 10 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Introducing the Mitsubishi Melfa RV-2AJ Robot</title>
            <link>http://www.robots.com/blog.php?tag=278</link>
            <description><![CDATA[
	Need a robot that is nimble and speedy? The Melfa RV-2AJ robot from Mitsubishi Electric is the &nbsp;answer!
	
	Application:
	With a payload of 2kg, this particular model is ideal for low payload pick and place or assembly jobs. &nbsp;It takes care of repetitive tasks - applications that can be taxing or even potentially harmful to human workers. Robots like the Melfa RV-2AJ offer top performance and excellent repeatability. It can extend horizontally a full 410mm.
	
	Compact, Flexible:
	Slim, light, and agile, the 5-axis RV-2AJ robot takes up very little room and allows for incredible part accessibility. Weighing only 17kg, you can install it inside of systems, machines, to ceilings, shelves - wherever! This way, you can conserve floor space.
	
	The Melfa RV-2AJ has internally-routed cabling - further preventing safety hazards or interference with the parts. The entire arm is protected with an IP65 rating.
	
	A Family Affair:
	The Mitsubishi Melfa RV-2AJ robot is one of seven RV models ranging in reach from 418-1,385mm with payloads up to 12kg.
	
	Quick Quote: 
	Interested in a Mitsubishi Melfa RV-2AJ robot? Contact RobotWorx&#39; Sales Department for a quick quote: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 09 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Reconditioned Fanuc S-420F Robot</title>
            <link>http://www.robots.com/blog.php?tag=279</link>
            <description><![CDATA[
	Introducing&nbsp;a robot with multiple uses.
	
	Application Aptitude:
	The versatility of the Fanuc S-420F robot makes it an attractive choice. Once it is outfitted with the appropriate tooling, this large robot model can easily handle arc welding, bonding, sealing, machine tending, material handling, spot welding and more. This flexibility allows companies to maximize their use of the robot. See the Fanuc S-420F in motion.
	
	Fanuc S-420F Advantages:
	Consider the advantages of a material handling/ welding robot. This single robot can switch between applications, increase throughput, and bring consistency to your cycle times. When it comes to heavy pallet lifting or spot welding, tedious pick and place, or repetitive arc welding, this robot can handle the situations without strain. Investing in a versatile robot like the Fanuc S-420F allows you to reorder your workforce and grow. &nbsp;
	
	Design Details:
	The hefty Fanuc S-420F lifts 120kg and can extend a full 2413mm horizontally. Yet, despite its incredibly wide work envelope, the robot is able to maintain a compact footprint. &nbsp;The Fanuc S-420F is designed for floor mounting and weighs a full 1600kg.
	
	Looking for a Fanuc S-420F robot? Contact RobotWorx&#39; Sales Department at 740-383-8383.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 09 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>You Can't Afford NOT to Buy a Robot</title>
            <link>http://www.robots.com/blog.php?tag=277</link>
            <description><![CDATA[
	
	
	Find out why investing in robots now could be your best business decision yet...
	
	Your immediate response to hard economic times may be to hunker down and wait. But nothing could be more dangerous for your business&#39; health. Take advantage of this incredible opportunity to automate so you can come out on top.
	
	
	The Advantages to Buying a Robot Now:

	1.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; You Have More Time:
	Add a robot now and you have time to adjust, train, and work out any kinks. The current lull in business allows you to automate with care instead of in a rush. When your shop or plant is not operating at full capacity, you have the ability to introduce new equipment.

	2.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Robots Are More Readily Available:
	Plant closures and company downsizing means there are more top quality robots on the market right now for affordable prices. As an integrator of new and used robots, RobotWorx&#39; inventory has grown as a result of the recent economy.
	&nbsp;

	3.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Automation Keeps You in the Game: 
	Robots gives companies a competitive edge. This has never been more true than now. The economy has not stopped your competitors from automating. All the more reason to buy a robot and stay ahead. This way, when things starting looking up you&#39;ll be able to compete with the best of them.&nbsp;
	&nbsp;

	4.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Robots Allow You to Adapt with Ease:
	The flexibility provided by robots is unmatched. Stay on top of an ever-changing market with robots that can adapt as your company does. Whether your product design, packaging, or application changes,&nbsp; robots are capable of switching and morphing into what you need with only&nbsp;a few tooling and programming adjustments.

	5.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Save with Robots:
	It may sound strange, but an investment in a robot actually helps you save money. Fast, efficient, safe - industrial robots are adept at increasing throughput and decreasing cycle times. This dependable workforce offers consistent, top-quality work without stopping. &nbsp;

	Don&#39;t make the mistake of playing it too safe. Invest in the future of your company - buy a robot.
	If you&#39;d like to discuss automation options with a RobotWorx representative, call 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 08 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Off-Line Robot Programming: MotoSim EG </title>
            <link>http://www.robots.com/blog.php?tag=276</link>
            <description><![CDATA[
	Introducing the new and improved MotoSim EG (Motoman Simulation System with Enhanced Graphics). Now it&#39;s even easier to visualize, test, and program your robotic system straight from your PC. With the MotoSim EG, you can save time and expense by working out the kinks virtually, not on your shop floor.
	
	The MotoSim EG is available in three different versions. First, the MotoSim EG Viewer package allows users to review and play back simulations. These unique features allow the simulations to be shared with coworkers and customers. The second package, MotoSim EG Lite, is a streamlined version that covers cycle calculations, collision detection, and reach analysis (no new system layouts). Third, the MotoSim EG standard package allows the user to simulate program off-line, work with CAD files and add system layouts.
	
	The MotoSim EG is compatible with most of the Motoman controllers, including the MRC, XRC, and ERC.
	
	Interested in a MotoSim EG or another programming system? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 06 Apr 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How Much Will a Used Robot Save Me?</title>
            <link>http://www.robots.com/blog.php?tag=275</link>
            <description><![CDATA[
	It is common knowledge that used robots offer an affordable way to automate. But exactly how much do they cost?
	
	Cost of a Used Robot
	While the exact pricing of each robot is determined by its model, RobotWorx&#39; used robots typically cost 50% less than new robots. If a new robot system costs $100,000, then the customer can expect an equivalent used robot system to cost around $50,000. RobotWorx offers a wide variety of reconditioned used robots from all the major brands - Motoman, Fanuc, Panasonic, ABB, and more.

	Remember ROI
	Not only do used robots offer savings of 50% or more, but just like their new counterparts, they provide an incredible Return on Investment (ROI). Robots bring efficiency, speed, and top quality to their work. They are capable of paying for themselves in no time at all. &nbsp;

	Savings on the Surrounding System
	In the same way, the final price of a complete used robot system is significantly cheaper than the price of a new one. The cost of a used robot system (without factoring in the robot) is 20-50% less than a new one. It comes down to which peripherals are needed - tooling, controllers, safety elements, PLC, etc.

	Need a specific used robot quote? Contact RobotWorx for more information: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 31 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Painting Robot: The EPX2900</title>
            <link>http://www.robots.com/blog.php?tag=274</link>
            <description><![CDATA[
	The EPX2900 robot was made for painting large. When it comes to coating giant machinery or automotive parts, this new Motoman robot is the answer.

	The 6-axis EPX2900&#39;s principal feature is its expansive reach. It can extend a full 2,900mm horizontally. Because of this, the robot does have to be readjusted or moved to reach every part. This efficiency pays off - saving on overall cycle times and increasing product consistency. Since they apply paint so evenly without over spraying, robots are able to conserve materials.

	When painting, a hollow wrist design provides a number of advantages. The Motoman EPX2900 robot&#39;s 70mm diameter hollow wrist makes it easier and faster to mount spray EOAT. It also streamlines the entire upper arm. With all the cabling and paint hoses routed through the hollow wrist, this painting robot can work in closer proximity to parts.

	The new EPX2900 offers a 20kg payload, a floor mounted setup, and a top of the line NX100-FM controller. Protected by a Factory Mutual (FM) class 1, division 1 hazardous environments rating, the EPX2900 painting robot can work long hours without incident. It is not susceptible to any health hazards associated with painting and coating - the fumes or chemicals.
	
	For more information about the Motoman EPX2900 and other painting robots, contact RobotWorx at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 30 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Motoman VS50 Spot Welding Robot with 7 Axes</title>
            <link>http://www.robots.com/blog.php?tag=273</link>
            <description><![CDATA[
	This industrial robot has an elbow.
	
	When Motoman designed their newest spot welding model, they added a seventh axis in the lower arm. The Motoman VS50 allows for extreme flexibility.

	With the additional axis, the robot&#39;s EOAT is able to maintain its optimal position at all times. The seventh axis allows the VS50 to access hard-to-reach areas - such as lower sections of a car frame.

	The Motoman VS50 isn&#39;t alone. The manufacturer also created an arc welding model, the VA1400, with seven axes of movement. These are the first 7-axis spot welding and arc welding robots ever created.
	
	The VS50 robot is best suited for spot welding, assembly, loading and unloading applications. Its 50kg payload capacity accommodates the spot welding gun, or a variety of objects. This particular model can reach a full 1,485mm horizontally. The entire arm is constructed to be extremely slim - so customers can reduce the overall footprint of their system.
	
	Motoman&#39;s VS50 robot comes with a DX100 - the latest controller. An expanded capacity for job memory storage, dust-proof design, increased input and ouput signal capabilities, and more allow this robot controller to dominate. The DX100 teach pendant is the lightest in the world. Easy to use, its multi-window capability also allows operators to multitask - watching the screen and being taught at the same time.
	
	Looking for a new Motoman robot for spot welding jobs? Curious about the new Motoman VS50? Contact RobotWorx at 740-383-8383 for pricing and information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 26 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Robots! The First 7-Axis Arc Welding Robot </title>
            <link>http://www.robots.com/blog.php?tag=272</link>
            <description><![CDATA[
	Motoman broke the mold with its newest robot.
	
	The Motoman VA1400 sports not six, but seven axes of movement. It is the first arc welding robot in the world with this feature. This seventh &quot;elbow&quot; axis is located mid-way up the lower arm. It provides enough twist to access hard-to-reach spots without altering the position of the welding gun.
	
	Because parts accessibility is so much better, the Motoman VA1400 is capable of delivering more consistent, high-quality welds. The new, 7-axis design also saves space and works more efficiently. It can be placed in close proximity to other robots and easily maneuver around workpieces, jigs, and other objects.
	
	The Motoman VA1400 raises standards for flexibility and reach. Quick, compact, and flexible, the VA1400 offers a suitable 3kg payload and a wide 1,434mm horizontal reach. All torch cabling is fully integrated in the arm, allowing the VA1400 to move with even greater freedom. &nbsp;

	The VA1400 is operated through a new DX100 controller. This particular controller has the capacity to store 200,000 steps and 100,000 instructions.&nbsp;In addition,&nbsp;Motoman has made an effort to keep this robot free of corrosive and explosive gasses and liquids as well as electrical noise.
	
	Interested in a new Motoman robot? Contact RobotWorx at 740-383-8383 for information and pricing.
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 25 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New Motoman Robot: The EPX2800R</title>
            <link>http://www.robots.com/blog.php?tag=271</link>
            <description><![CDATA[
	The newest Motoman painting robot makes part accessibility effortless. The compact EPX2800R is specifically designed for shelf-mounting, but it is also ideal for ceiling mounting.

	Both mounting options save space while allowing for better accessibility and wider work envelopes. The 6-axis Motoman EPX2800R robot can extend a full 4,781mm vertically and 2,825mm horizontally. Specifically built for flexibility and painting jobs, this new Motoman robot is powered by a cutting edge NX100 controller. It lifts up to 15kg.

	One critical feature of the Motoman&nbsp;EPX2800R is its hollow wrist design. All the wiring is fed through the arm, protecting it from paint spray and minimizing wear and tear. This same hollow wrist and the entire upper arm is able to be wiped down - another paint-friendly feature.&nbsp;&nbsp;
	
	Robotic painting, especially with such a sophisticated and flexible new Motoman robot, has many advantages. Above all, it is extremely efficient. Material is saved because there is less over-spray. Plus, iwith a robot, coatings&nbsp;and/or paint is applied consistently - increasing overall part quality. Finally, workers are saved the health hazard of paint and coating fumes and the strain of taxingly repetitive applications.
	
	Interested in a Motoman painting robot? Contact RobotWorx at 740-383-8383 for pricing and other information.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 24 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>ABB IRB 4600 Sharp Generation Robots</title>
            <link>http://www.robots.com/blog.php?tag=270</link>
            <description><![CDATA[
	It&#39;s no mistake that ABB&#39;s newest robot series is called Sharp. These four robots are extremely accurate and controlled.
	
	The unique capabilities of the ABB IRB 4600 Sharp Generation robots allow them to perform anything from arc welding and polishing to palletizing and pick and place. These robots weigh less than previous models - which leads in turn to shortened cycle times (up to 25% shorter).
	
	The ABB 4600 robots offer a variety of payload increments: IRB 4600-20/2.50 (20kg); IRB 4600-40/2.55 (40kg); IRB 4600-45/2.05 (45kg); and IRB 4600-60/2.05 (60kg). This way, customers can closely match their robot&#39;s load capacities to their application requirements. &nbsp;

	The ABB 4600 robot series is highly flexible. Their reaches range from 2.05m to 2.55m. A compact footprint and arm design allow these 6-axis robots to work from any location - floor, semi-shelf, inverted, or at a tilt. The ABB IRB Sharp Generation robots are all protected with an IP67 rating, making them even more versatile.
	
	Interested in an ABB IRB 4600 robot? Contact RobotWorx at 740-383-8383 for more information.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 20 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Sealing with Industrial Robots</title>
            <link>http://www.robots.com/blog.php?tag=269</link>
            <description><![CDATA[
	A multitude of parts require sealing. When done by hand, the job can be repetitive, hazardous, and detail-oriented. Today,&nbsp; more and more sealing jobs are handled by robots.

	Robots easily overcome a number of sealing challenges. Accurate, tireless, and flexible, they are changing this application considerably.&nbsp;
	
	Advantages to Sealing Robots

	
		Quality: When it comes to sealing, robots offer consistency and excellent repeatability. Robots are designed with application parameters: air assist, speed, anticipations, atomization, etc. They can be programmed to drastically improve the product and raise standards.&nbsp;
		&nbsp;
	
		Savings: Manual welding can involve a lot of over-application, which in turn wastes material and requires more clean-up. With robots, this waste is eliminated. Plus, the entire sealing process is accomplished faster.&nbsp;
		&nbsp;
	
		Health: Sealing workers can suffer from repetitive stress injury or risk exposure to unhealthy substances like PVC. Robots are able to perform sealing application without any danger. This allows companies to reorganize their workforce too - moving sealing workers to more advanced and challenging job posts.


	RobotWorx has an extensive inventory of new and used sealing robots. Contact RobotWorx for more information:740-383-8383.&nbsp;&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 19 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>New OTC Robots: The AII Series</title>
            <link>http://www.robots.com/blog.php?tag=268</link>
            <description><![CDATA[
	There&#39;s a new industrial robot series in town.
	
	The OTC AII series includes five robots designed specifically for arc welding applications. Offering a range of payloads from 4kg to 20kg, these slender models are fast and efficient workers.

	At the lowest end of the spectrum, the OTC AII-B4 offers through-arm cabling and a rear extension reduction of 90mm - both space-saving measures. A long-reach version, the OTC AII-B4L gives customers a larger work envelope for more versatility.

	The next AII series level provides 6kg payloads: OTC AII-V6 and AII-V6L. The AII-V20 is a multi-purpose heavyweight robot with ability to lift up to 20kg. All AII robots are ceiling, floor, and wall mountable. They provide terrific repeatability and are powered by the OTC AX21 controller.
	
	Contact RobotWorx with questions about these new OTC robots - 740-383-8383.&nbsp;&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 17 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Manual Turntable: The RW900 Workcell </title>
            <link>http://www.robots.com/blog.php?tag=265</link>
            <description><![CDATA[
	A new video offers customers a closer look at the RW900 pre-engineered workcell.

	This complete workcell is easily customized to fit specific arc welding or other applications.
	
	Advantages of Manual Turntable:
	The RW900 is a unique robot system, featuring a 180 degree manual turntable configuration. The manual turntable allows the robot operator to load and unload parts on one side of the table while the robot is welding another set on the opposite side. After the turntable is rotated manually, the operator can activate the robot with a command from the operator&#39;s station.

	A manual turntable allows the robot operator to interact and regulate the system directly. This type of turntable also reduces the overall footprint of the workcell, because no light curtains or safety floor mats are needed.

	Safety Surround:
	The RW900 workcell is outfitted with many safety features. Compact and portable, this workcell is completely enclosed and protected with arc glare covers and interlocks on both side doors. The two sides of the 60 inch diameter turntable are protected with an arc glare divider.

	Take a tour of the RW900 Workcell!
	

	Contact RobotWorx for RW900 workcell pricing and information: 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 09 Mar 2009 04:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Robotic Arm and Milling Applications</title>
            <link>http://www.robots.com/blog.php?tag=264</link>
            <description><![CDATA[
	Industrial robots are changing the face of milling.

	Milling is a machining process&nbsp;that uses a spinning, multi-tooth&nbsp;cutter to remove material. Milling is the preferred method for prototyping and mold creation.
	
	Robotic Milling:
	FANUC Milling Case Study
	VIDEO: Milling Application 
	
	Up to this point, milling has been accomplished with special milling and CNC machines. But milling robots offer advantages over these traditional milling methods.&nbsp;

	
		Flexibility - The typical 6-axis articulated robot offers more movement flexibility than a normal milling machine. A robot can mill a complex part from multiple angles. Instead of having to reposition and re-clamp the prototype or mold again and again,&nbsp;the robot&nbsp;can remain stationary.&nbsp;
		&nbsp;
	
		Throughput - Milling with a robotic arm can increase overall throughput. A robot is more consistent and accurate. With fewer mistakes, and less time spent repositioning a robotic arm mills faster.&nbsp;&nbsp;&nbsp;
		&nbsp;
	
		The Right Touch - Many of the materials used for prototyping and molds are soft - clay, foam, REN board. A robotic arm&nbsp;is well-suited for responding to and working with all types of mediums.&nbsp;&nbsp;
		&nbsp;
	
		Affordability - Milling with a robotic arm is extremely economical. Unlike milling machines, robots can be reassigned to perform other assignments in a shop - arc welding, material handling, etc. They can improve throughput, saving valuable time and increasing production. In addition, a robotic arm can handle more of the milling task without needing human intervention.
		
		Interested in milling with a robot arm? Call RobotWorx&#39; sales department for information - 740-383-8383.&nbsp;&nbsp;&nbsp;

]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 06 Mar 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>NBC Knight Rider Robots Return Home</title>
            <link>http://www.robots.com/blog.php?tag=263</link>
            <description><![CDATA[
	The season finale of NBC&#39;s Knight Rider aired last night, but the careers of industrial robot actors Katie, Lisa, and Hank are far from over.
	
	In fact, they&#39;re ready for their next assignment, whether it be acting or manufacturing.&nbsp;Interested in purchasing one of the NBC stars? Contact RobotWorx for pricing information - 740-383-8383.

	KR Robots Home Again:
	The robot trio recently returned to RobotWorx&#39; Marion, Ohio facility, after spending roughly eight months at the production studio in California. Following a cross country truck ride, the robots emerged&nbsp;in good condition -&nbsp;their acting names painted on their upper arms.

	The transition back from stardom and the Knight Rider T.V set has been smooth. Katie is on display in the building&#39;s lobby while Lisa and Hank are set up&nbsp;in RobotWorx&#39; Integration Bay. The NBC Special Effects team has been replaced by robot technicians and engineers. Instead of interacting with actors, Katie, Lisa, and Hank now interact with customers.
	
	On Stage:
	The &quot;job&quot; for NBC&#39;s Knight Rider was a rare opportunity for the three reconditioned Fanuc ArcMate 100i RJ3 robots. Cast as intelligent shop assistants for KITT&#39;s Cave, the robots were programmed to carry out specific moves. Katie and Lisa inspected KITT, handed tools to other characters, and participated in a water gun fight. Hank was given a more challenging role and EOAT to match.
	
	Read More:
	RobotWorx Robots in NBC&#39;s Knight Rider
	A Closer Look at NBC Knight Rider Robots
	NBC Knight Rider Introduces New RobotWorx Robot
]]></description>
            <author>RobotWorx</author>
            <pubDate>Thu, 05 Mar 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Used Robots and the Economy</title>
            <link>http://www.robots.com/blog.php?tag=259</link>
            <description><![CDATA[
	The Robotic Industries Association (RIA) recently interviewed RobotWorx President, Keith Wanner:
	
	RIA: How is the economy effecting the used robot market?
	
	KW: This is a good time to be in the used robot market. There are a lot of robots available from companies that are downsizing - newer models with fewer hours.
	
	At the same time, a lot of companies are looking for ways to maintain the robots they have. We&#39;ve seen an increased need for parts and replacements of existing models. In addition, the economy is definitely effecting the way companies look at their workforce. Companies are concerned that they might not be able to keep their skilled laborers. Many companies are looking to used robots as a way to automate while still conserving capital.
	
	RIA: Has the robot customer changed because of the economy?
	
	KW: Yes. We&#39;ve had a lot of new customers who are automating for the first time. Many of these customers were waiting to automate because they didn&#39;t have an incentive and they felt they could maintain skilled labor. I think it&#39;s telling that these first time buyers are not necessarily small companies. The economy is making it so large companies are considering automating more, with less of a workforce. We use the Internet to make sure these customers have the information they need to explore automation.
	
	RIA: Tell us about the marketing strategies your company is using to reach customers.
	
	KW: Knowing that companies are struggling with the current economy, and that there is an interest in robots, RobotWorx is doing a few things to make it easier to automate. We&#39;re trying to put ourselves in their shoes, &quot;If I was going to do buy a robot right now, what would interest me?&quot;
	
	We started by offering the simple thing of free shipping. This way we take care of all the logistics. For first-time customers the details of setting up robot shipping can seem overwhelming. This way, everything is handled for them.
	
	RobotWorx has also extended a No Money Down guarantee on all robot systems. This way, customers don&#39;t have to pay a cent until they are completely satisfied with the finished product. We try to make customers aware of financing and leasing options. Instead of putting down a lot of capital, companies can take advantage of leasing and pay in small installments.
	
	RIA: What kind of advice can you give to others in the robotics industry?
	
	KW: Companies are always going to want to automate, but the robotics industry needs to make it easier for them to make this decision. Anything we can do to minimize risk, the better. Maybe the manufacturing market has slowed down, but the need for robots is always going to be there.
	
	In addition, now is a good time for those in the robot industry to make contact with existing customers. Take this opportunity to discuss their needs and interest them in upgrading their systems with new features and safety.
	
	If the new stimulus bill does give incentives, be prepared to cater to customers that might only buy one robot in their lifetime.&nbsp; Provide as much information on your website for customers - to make it easier for them to make a decision. Those who haven&#39;t automated before will want more information.
	
	Above all, stay flexible. Be open to things like reintegrating existing cells. RobotWorx recently helped a company that needed to change their robot system to fit a new job. We were able to use the customer&#39;s existing robot, add upgrades and reintegrate a whole new workcell. It saved them a great deal of money and hassle.
	
	RIA: What do you think the future holds for the robotics industry?
	
	KW: Starting with the new stimulus bill, there&#39;s going to be incentives for companies to keep production in the United States. I think there will be a trend to buy American products in order to keep jobs in the United States. In order to make that happen, U.S. products will have to be cost effective on a global basis. The only way to do that is to automate.
	
	I think we&#39;re also going to see an increase in the need for robots in all sectors. As much as 90% of manufacturers haven&#39;t automated because they&#39;re small businesses. Robot automation is going to find its way into new industries. Clean energy is one of the major areas of growth. That&#39;s a whole new industry that will require robots to keep costs low.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 04 Mar 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Why to Buy a Motoman HP165 Robot Arm</title>
            <link>http://www.robots.com/blog.php?tag=261</link>
            <description><![CDATA[
	Reach it, move it, stack it! The Motoman HP165 robot lives up to its &quot;Handling Precision&quot; title and provides the ultimate material handling answer.

	A Motoman HP165 robot can make your business run more efficiently. It takes over the repetitive, thankless jobs - palletizing, pick and place, machine tending. Don&#39;t waste valuable resources on manual labor. Instead, install a Motoman HP165 robot so you can redistribute your labor force. This way, you can streamline your processes through automation and free up your employees to take on more rewarding, technical jobs. &nbsp;
	
	The return on investment (ROI) for the Motoman HP165 is considerable. With a Motoman HP165 robot, your material handling processes are consistent and safe. When you don&#39;t have to factor in the cost of vacation, sick leave, breaks; throughput can increase drastically.
	
	Six-axis flexibility paired with a sizeable work envelope (vertically - 3,372mm /&nbsp; horizontally - 2,651mm) allow the Motoman HP165 robot to expertly manipulate objects, respond to unique environments, and move with precision. Its movements are controlled by the cutting edge NX100.
	
	For Motoman HP165 robot information and pricing, contact RobotWorx at 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 02 Mar 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Motoman SV3X Robot: Mini Manipulator</title>
            <link>http://www.robots.com/blog.php?tag=262</link>
            <description><![CDATA[
	This small robot is built to handle low payloads of 3kg or less. Consider the advantages offered by a small robot:

	
		Precision Handling: Jobs that require high repeatability, short reach capabilities and precision-driven movement are best handled by a Motoman SV3X. It is best used for applications such as arc welding, material handling, and dispensing tasks.
		&nbsp;
	
		Greater Affordability: If a smaller robot fits your application, another reason to purchase one is its lower cost. Some smaller robots, particularly reconditioned models, cost less than larger ones.&nbsp;
		&nbsp;
	
		Close Quarters: Does the environment where you need a robot have space limitations? The Motoman SV3X robot can sit on a shelf, attach to tracking, or reach spots other robots can&#39;t.&nbsp;
		&nbsp;
	
		Educational: When teaching about the capabilities of industrial robots, many universities rely on a smaller, more manageable system such as the Motoman SV3X. Constructed just like any other 6-axis articulated robot, this Motoman robot demonstrates all the typical functionality. &nbsp;&nbsp;


	Contact RobotWorx for more information about Motoman SV3X robot pricing: 740-383-8383.
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 02 Mar 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Fanuc Welding Robot Integrator: RobotWorx</title>
            <link>http://www.robots.com/blog.php?tag=258</link>
            <description><![CDATA[
	In search of a affordable Fanuc Welding Robot Integrator? RobotWorx is ready to build a customized system centered around the Fanuc welding robot of your choosing.
	
	RobotWorx offers new and used Fanuc welding robots from a number of series: ArcMate, LR Mate, M, S, R-2000, and F-200. Our welding engineers and robotics technicians have years of experience creating single or dual Fanuc welding robot workcells. They can configure workcells for a variety of different welding applications, including spot welding, arc welding, TIG, and MIG. Check out videos of RobotWorx&#39; Fanuc welding cells.
	
	As a Fanuc welding robot integrator, RobotWorx is committed to customer service, affordability, and top quality integration. Free training and a two-year warranty is included with every system.
	&nbsp;
	Interested in working with RobotWorx, a reliable Fanuc welding robot integrator? Contact the sale team at 740-383-8383.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 20 Feb 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Leasing Gives Companies an Advantage</title>
            <link>http://www.robots.com/blog.php?tag=257</link>
            <description><![CDATA[
	Need to automate, but lack the funds?
	
	Robot technology can be costly. But the price of not investing in robots can be devastating! That&#39;s why RobotWorx encourages customers to explore robot leasing and other robot financing options.

	
		Financial Flexibility: Robot leasing allows companies to pay for a robot or robot system over a longer period of time. With robot leasing, companies minimize the initial investment, retain capital, and preserve their credit lines.&nbsp;
		&nbsp;
	
		Instant Upgrade: Companies that take advantage of robot leasing remain competitive in spite of the&nbsp;economic pressures. Automation gives businesses the production power they need to compete. Robot leasing gives companies the chance to install and benefit from the robotic equipment immediately. &nbsp;


	To learn more about RobotWorx&#39; robot leasing contact the sales team at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 18 Feb 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>No Worries with Robot Buy Back Option</title>
            <link>http://www.robots.com/blog.php?tag=254</link>
            <description><![CDATA[
	In these difficult economic times, manufacturing contracts can end unexpectedly. The RobotWorx Robot Buy Back Plan allows customers to face uncertainties with confidence.
	
	Should a customer&#39;s manufacturing contract come to a close, RobotWorx is offering to purchase robots back from customers on a prorated basis. This RobotWorx Buy Back Plan provides an opportunity for customers to focus on what&#39;s important: maintaining and improving production.
	
	Robots are one of the best ways to keep up with increasing production demands and quality requirements. Don&#39;t be intimidated by the economy. RobotWorx&#39; Robot Buy Back Plan allows you to rest assured. If things change for your company, you&#39;ll be able to sell your RobotWorx robots quickly. Right now, focus on beating the competition by using robots and maintaining automated production lines. &nbsp;

	Interested in learning more about RobotWorx&#39; Robot Buy Back offer? Contact the sales team at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 04 Feb 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robotic Welding Cell Package for Sale</title>
            <link>http://www.robots.com/blog.php?tag=253</link>
            <description><![CDATA[
	Step production up a notch with the RW900 - a pre-engineered robotic welding cell package from RobotWorx. Available at an affordable price, this robot system is capable of consistent, top-quality welding.&nbsp;
	
	VIDEOS: 
	RW900 Welding Cell Features Explained 

	RobotWorx RW900 with Motoman MA1400 Robot

	The RW900 has a manual turntable which provides two stations, each with tool plates for loading and unloading parts. Customers can choose to place either a UP6 XRC and Fanuc ArcMate 100i robot inside the RW900 welding cell.
	
	Free training is included with this RobotWorx welding cell package. This provides an opportunity for your company&#39;s technicians to familiarize themselves with the robot programming and safety peripherals for their robot system. &nbsp;

	Your satisfaction is our priority. Each RobotWorx system is protected with a full warranty. Plus, we don&#39;t require any payment until you&#39;ve placed your stamp of approval on the entire system. Customers are encouraged to test out the system at RobotWorx&#39; Marion, Ohio facility prior to payment.
	
	Thinking about automating your welding application with this particular robotic welding cell package? Call RobotWorx&#39; sales department for more information - 740-383-8383.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 03 Feb 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Right Price: RW1050 Hybrid Robot System </title>
            <link>http://www.robots.com/blog.php?tag=252</link>
            <description><![CDATA[
	Be careful. The RW1050 Hybrid robot system is hard to resist. This particular hybrid places a brand new OTC AX-V4 welding robot in a used workcell setting.

	It&#39;s a cost-effective, top performance system ready to take on any challenge. The entire RW1050 Hybrid Robot System is protected under a two-year warranty.&nbsp;Priced affordably, this winning combination is quite a deal.

	RW1050 
	Everything is included in this low-price used workcell: DP400 welding package, 180-degree indexing table, operator station, and more! The steel frame has forklift pockets for easy transporting.
	
	OTC AX-V4
	The new element in this RobotWorx Hybrid Workcell, the 6-axis OTC AX-V4 robot, is an arc welding model capable of nimble speed and flexibility. It offers a 1410mm horizontal reach and light 4 kg payload. Internal cabling and wires contribute to better welds and longer cable life.
	
	Extra Perks
	Still not convinced? We&#39;ll make it even easier for you. In fact, RobotWorx offers free training at its facility to system customers. Learn how to program and provide maintenance on the robot system during a hands-on training session at our Marion, Ohio facility.

	In addition, we have a firm No Money Down Policy. That means you don&#39;t have to pay us anything until you&#39;re completely satisfied.&nbsp;&nbsp;
	
	Give Us a Call
	Interested in the RW 1050 Hybrid or another workcell/robot combination for a similar price? Contact RobotWorx at 740-383-8383 for more information and prices.&nbsp;&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 02 Feb 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Used Welding Robots for Sale</title>
            <link>http://www.robots.com/blog.php?tag=251</link>
            <description><![CDATA[
	Take advantage of incredible robot savings with RobotWorx specials!
	
	Right now RobotWorx is offering a selection of used welding robots for sale at drastically lowered prices. Check out the Robot Specials page or the used Motoman welding robot and used FANUC welding robot listings.&nbsp;

	Now&#39;s the time to pick up that extra arm you need for that production line. Perhaps you&#39;ve been searching for used welding robots for sale so you can start automating for the first time, cheaply. RobotWorx&#39; low cost deals are the solution. Choose from major robot manufacturing brands, reliable models, and top performing arms.
	
	***VIDEO: RobotWorx Reconditioning Process***

	The used welding robots RobotWorx has for sale are not only affordable, they&#39;re fully reconditioned and tested. These high quality specimens come with a 30-day satisfaction guarantee. All the &nbsp;used welding robots for sale are fully tested, reworked, cleaned, and freshly painted.
	
	Interested in buying one of the used welding robots for sale? Contact RobotWorx&#39; sales team at 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Wed, 28 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Price Match Guarantee for Robots and Robot Parts</title>
            <link>http://www.robots.com/blog.php?tag=249</link>
            <description><![CDATA[
	If you find an&nbsp;item&nbsp;on sale&nbsp;for less than RobotWorx is asking, simply submit&nbsp;the&nbsp;quote and&nbsp;we will match it! RobotWorx&#39; Price Match Guarantee applies to all robot arms, systems and parts.
	
	The staff at RobotWorx understands how important it is for you to find the best deal. We&#39;re ready to offer a top quality product for an affordable price.
	
	There are a few restrictions to the Price Match Guarantee. First, the two items must be a complete match. Everything will be taken into consideration including all extra details such as warranty, integration, and shipping. Second, the item with the lower price must be in stock. Third, previously purchased items are not eligible.

	Call 740-383-8383 with all Price Match Guarantee proposals or questions.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 23 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Watch Industrial Robot Videos on Your iPhone</title>
            <link>http://www.robots.com/blog.php?tag=244</link>
            <description><![CDATA[
	RobotWorx just made its videos iPhone friendly! Now you can browse, view, and share industrial robot movies from anywhere.
	
	RobotWorx&#39; robot movie collection is an ever-expanding resource. Go here to find movies of specific models and robot systems, learn about the reconditioning and integration process, or take a digital tour of RobotWorx&#39; Marion, Ohio facility.
	
	RobotWorx&#39; videos are also powerful communication tools. By using movies to show, not just tell how robots work and what they are capable of,&nbsp;customers understand better.&nbsp;Now the videos are even more accessible. Now prospective or current customers, educators, and robot enthusiasts can access all these videos from their iPhones.
	
	For more information about RobotWorx&#39; movies contact RobotWorx at 740-383-8383
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 20 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>RobotWorx' No Money Down  Special Offer</title>
            <link>http://www.robots.com/blog.php?tag=246</link>
            <description><![CDATA[
	Go ahead. Order a robot system today. RobotWorx&#39; No Money Down&nbsp;Offer makes it easy to realize your automation goals immediately! &nbsp;

	Many companies require you to pay a certain percentage of the total cost up-front. Sometimes you have to pay 50% before the project is started and the rest once it is finished. &nbsp;With RobotWorx&#39; No Money Down&nbsp;Offer no payment is necessary until you are completely satisfied.

	First, RobotWorx designs, builds, integrates and customizes your robot system or workcell. Next, we encourage all our customers to visit our Marion, Ohio facility to test and inspect the system. You&#39;re welcome to take advantage of our free training offer, run the system through its paces, and test the workcell using specific parts.

	Finally, only when you are 100% satisfied, do you have to pay anything!&nbsp;&nbsp;Payment is required before your robot or workcell&nbsp;is&nbsp;shipped from our facility.

	Act now; the RobotWorx No Money Down Special ends January 30, 2009.
	To learn more about RobotWorx&#39; No Money Down Offer contact the sales department at 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 20 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>How We Repair Industrial Robots </title>
            <link>http://www.robots.com/blog.php?tag=243</link>
            <description><![CDATA[
	Repair is central at RobotWorx.
	
	RobotWorx technicians repair industrial robots as part of the thorough robot reconditioning process. Every component of our refurbished used robots must pass a complete 168-point inspection. If any part is not up to standard, we repair or replace it. We repair the robot manipulators, controllers, EOAT, parts positioners, and safety systems.

	Repair Robot Parts
	To successfully repair industrial robots, RobotWorx relies on a full inventory of spare parts.&nbsp;RobotWorx possesses a variety of repair robot parts from many robot manufacturers, including Motoman, Fanuc, ABB, Nachi, Miller, and others.
	
	Committed to Quality Robot Repair
	RobotWorx&#39; staff has the technical knowledge necessary to repair industrial robots. We are committed to providing the best in reconditioned used robots and systems. Our thorough reconditioning process takes used robots and returns them to factory condition.
	
	Interested in learning more about RobotWorx&#39; repair process? Contact our sales and service staff at 740-383-8383 with any questions.&nbsp;
	
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 16 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>A Unique Fanuc Robot - The F-200iA</title>
            <link>http://www.robots.com/blog.php?tag=242</link>
            <description><![CDATA[
	This isn&#39;t your typical 6-axis robot. It&nbsp;has&nbsp;wild moves!
	
	The Fanuc F-200iA robot presents an unusual approach to flexibility. This parallel-link robot has six legs attaching the base to the EOAT faceplate. The legs of the F-200iA move in unison and are able to extend - expanding the robot&#39;s reach up to 1040mm and&nbsp;horizontally as far as 437mm.

	The 190kg weight F-200iA is not only agile, it is powerful. The parallel-link structure gives it a payload of 100kg. The rigidity of the Fanuc F-200iA robot allows it to tackle many applications including machine tending, spot welding, dispensing, and material removal.

	It fits fluidly in any floor plan or industrial setting and mounts to floor, ceiling, or wall. The F-200iA is partnered with a RJ3 controller and protected with an IP54 rating.
	
	Interested in purchasing a Fanuc F-200iA robot from RobotWorx? Call today for a quick quote - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 13 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>With Robots Trading Makes Sense</title>
            <link>http://www.robots.com/blog.php?tag=241</link>
            <description><![CDATA[
	If you&#39;re looking to upgrade your industrial robots, trading is one cost-cutting option.

	Trade your unwanted robots and receive reconditioned or new robots at a discounted price. This rids you of the old robots, allowing you to start fresh. While some companies place older robots in storage or scrap them for parts, robots trading offers a cost-effective and efficient way to switch out equipment.

	Robots We Trade:
	Not sure your robots are worthy of a trade? RobotWorx accepts a wide variety of used robots from a variety of robot manufacturers - Motoman, ABB, Fanuc, Nachi, Fanuc - You name it! Start the robots trading process with a simple phone call or e-mail. Our acquisitions team will assess the condition of your robot, paying close attention to the manipulator and controller, then present our bid. RobotWorx is in charge of shipping robots to our facility.

	Contact RobotWorx about robots trading - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 12 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>NBC Knight Rider Introduces New RobotWorx Robot </title>
            <link>http://www.robots.com/blog.php?tag=240</link>
            <description><![CDATA[
	A third RobotWorx robot took to the stage in the most recent episode of NBC&#39;s Knight Rider.
	
	&quot;Hank&quot; is a robot with feelings. With this industrial robot character, the NBC TV show explores human-robot connections.&nbsp;Not only does he communicate with other human cast members, but he&#39;s rather sentimental about his past. Like Katie and Lisa, Hank&nbsp;is&nbsp;presented as another one&nbsp;of Dr. Als Graiman&#39;s artificial intelligence creations. In this episode, Hank malfunctions, throwing objects till the Dr. has to temporarily cut the robot&#39;s power.
	
	The Technical Side of Hank
	Hank is a reconditioned Fanuc ArcMate 100i robot identical in construction to both Katie and Lisa. This robot is a 6-axis model with a 6kg payload and 1373mm reach. However, this time the Knight Rider special effects team outfitted the robot with &quot;eyes&quot; and a customized gripper.
	
	The end-of-arm-tooling (EOAT) was simulated in AutoCAD,&nbsp;then cut out with a CNC machine. An extra ram was built into the gripper, allowing Hank to propel objects much like a pinball machine. The pneumatics of the gripper mechanism are all handled by the industrial robot&#39;s controller.

	NBC achieved a human-like quality when they created the robot&#39;s radio-controlled, moving eyes.
	&quot;That&#39;s what really sold it - to have the eyes go up and down - which makes it look like he&#39;s tracking something,&quot; NBC&#39;s special effects technician said.
	
	As with programming for any industrial application - welding, material handling,&nbsp;cutting&nbsp;-&nbsp;the movements of NBC&#39;s Hank, Lisa, and Katie are inputted using a handheld teach pendant. While some of the programming is handled in advance, with the help of a breakout panel, at other times the special effects technician has to move the robot &quot;on the fly&quot; with the pendant. This&nbsp;robot&nbsp;adlibbing can be very challenging.

	NBC&#39;s special effects technician received his robot training in one day at RobotWorx&#39; facility. &quot;I picked it up really quickly, but there&#39;s still a lot I can learn,&quot; he said. RobotWorx offers free training to every customer. The robot integrator also provides technical support over the phone, another benefit NBC&#39;s tech appreciates.&nbsp;He normally talks to&nbsp;one of RobotWorx&#39; project managers, Dustin McDowell: &quot;Dustin&#39;s really smart - he actually knows what&#39;s wrong before I call.&quot;
	
	Call RobotWorx to learn more about Hank, Lisa, and Katie, the Knight Rider robots - 740-383-8383.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 09 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Robot Maintenance: Grease and Robotic Gears</title>
            <link>http://www.robots.com/blog.php?tag=239</link>
            <description><![CDATA[
	
	Grease allows industrial robotic arms to function properly, smoothly, and withstand wear. Replacing robot grease is an important step in RobotWorx&#39; total reconditioning process. Depending on the robot model, routine robot maintenance requires working with grease.

	&nbsp;Here are&nbsp;the facts on this&nbsp;messy but extremely important&nbsp;robot ingredient...

	&nbsp;

	Greasing Robots with Planetary Gear Reduction Units
	Different greases are used for different mechanical components and different maintenance tasks.&nbsp;

	

	Robots with planetary gear reduction units require grease replenishment every year. This process involves pumping the old grease out of the gear by inputting new grease into the unit. Planetary gear reduction units also require re-greasing when they are replaced.

	&nbsp;

	Molywhite grease is available from RobotWorx in both tubes and 5-gallon buckets.



	
		VIGO 
		Many manufacturer are switching from Molywhite to superior VIGO grease. Find out what VIGO grease has to offer. RobotWorx sells both types.


	Greasing Robots with Harmonic Drives
	Robots with harmonic drives rarely require grease replacement. When they do need regreasing (perhaps when a motor is replaced), a different, thick grease is used.

	
		SK-1: SK-1 is a Motoman grease used for robots with harmonic drives.
	
		HC1A - HC-1A grease was made for Panasonic industrial robots.


	Other Grease:

	
		Alvania EP-2: A few other robot components also require greasing. For bearings and link arms, the &quot;wheel bearing grease&quot; standby is Alvania EP-2.


	Affordable Robot Grease 
	RobotWorx offers robot grease for all your robot maintenance needs. Contact the parts department at 740-383-8383 for pricing and information.&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Tue, 06 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Automated Industrial Robots for Less </title>
            <link>http://www.robots.com/blog.php?tag=238</link>
            <description><![CDATA[
	Looking for a low-cost way to increase production? Automated industrial robots are reliable, efficient and above all affordable - making them the perfect solution for any production line.
	&nbsp;

	Reconditioned Automated industrial robots in particular, will provide an excellent ROI. Relatively inexpensive (used robots from RobotWorx cost as much as 60% less), automated industrial robots pay for themselves in no time. Furthermore, they are hard workers - always providing high quality performance, consistent speed, and top throughput.

	RobotWorx&#39; reconditioned robots pass through a battery of tests, a full inspection, cleaning, and repainting before they are ready for sale. RobotWorx&#39; inventory of automated industrial robots includes a variety of models and manufacturing companies - Motoman, Fanuc, Panasonic, ABB, OTC, and many others.

	Contact RobotWorx for the pricing and availability of automated industrial robots - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Mon, 05 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>Tandem Welding: Cells with Multiple Robots</title>
            <link>http://www.robots.com/blog.php?tag=237</link>
            <description><![CDATA[
	When it comes to automating your welding application, consider the benefits of a multiple robot workcell. Synchronized dual or triple robot cell configurations have the ability to dramatically increase throughput while maintaining high quality standards and a compact floorplan.

	With two or three robots working in tandem, you&#39;ll be able to produce consistently and efficiently. Throughput is increased predictably because more parts can be processed at once. See a triple robot welding cell in action.

	The benefits of multiple robot welding cells go beyond productivity. A multiple robot welding cell has a contained footprint. Simplify your floor plan with one multiple robot cell, instead of&nbsp;many smaller cells or manual welding&nbsp;stations.

	This&nbsp;compact footprint&nbsp;also makes tandem welding workcells considerably safer. The workcell is self-contained and encased in a complete safety environment. As with any automated welding system, workers no longer have to be exposed to the fumes, glare, and spark.

	RobotWorx technicians work with every customer to find the best workcell layouts and robot configuration.&nbsp;Our inventory includes robots from a variety of manufacturers - Motoman, Fanuc, OTC,&nbsp;ABB and more. Contact RobotWorx for more information about multiple robot welding cells - 740-383-8383.&nbsp;&nbsp;
]]></description>
            <author>RobotWorx</author>
            <pubDate>Fri, 02 Jan 2009 05:00:00 -0500</pubDate>
        </item>
        <item>
            <title>The Small Robotic Arm Solution</title>
            <link>http://www.robots.com/blog.php?tag=236</link>
            <description><![CDATA[
	Despite their size, small robotic arms possess the same 6-axis construction, flexibility, speed, and precision as larger models. Perfect for assembly and cleanroom tasks, small robotic arms offer several unique advantages.
	
	Compact Size and Installation:
	A small robotic arm is ideal when floor or cell space is limited. It can b
