Embrace Cost-Savings with Our Robot Refurbishing Expertise

T.I.E. Industrial's Robot Refurbishing Service

Refurbishing can yield substantial cost savings compared to purchasing new equipment. Our refurbishing process is comprehensive, starting with a detailed assessment and culminating in a robot that meets or exceeds original specifications. We strictly adhere to OEM standards throughout the refurbishing process, ensuring the highest quality and reliability.

Refurbishing can be significantly more cost-effective than purchasing new equipment. Our service offers long-term savings and a strong return on investment, proving to be a smart financial decision for your business.

T.I.E.'s commitment to excellence is evident in every robot evaluation and refurbishment we undertake. From the meticulous pre-power up inspection to the comprehensive post-test analysis, our team of experts is dedicated to ensuring your robots operate at their peak performance. At T.I.E. Industrial, we don’t just service robots; we provide solutions that enhance their efficiency, reliability, and longevity.

At T.I.E. Industrial, our evaluation process is thorough and meticulous and consists of:

Initial Robot System Assessment:
Begin by conducting a thorough assessment of the entire robot system. Identify any visible signs of missing or worn components and damaged materials. We then capture a digital record of your robotic system’s initial condition and contents.
Control Cabinet Assessment:
Open the control cabinet and inspect the internal components. Check for loose connections, damaged circuit boards, or any signs of overheating.
Manipulator Arm Inspection:
Examine the manipulator arm for any physical damage, misalignment, or signs of wear. Check joints, gearboxes, and actuators.
Power System Check:
Inspect the power supply components, including cables, connectors, and power distribution units.
Functional Testing:
1. Power up the robot system and conduct functional tests for the manipulator arm. This includes checking the range of motion, repeatability, and mastering or calibration of arm.
2. Verify the integrity of the electrical system, including encoders, and feedback devices. Ensure that all connections are secure and functional.
3. Verify the functionality of the robot pendant including different modes and e-stop safety modes.
Software Check:
Evaluate the robot controller software. Update the firmware if necessary and ensure compatibility with the latest versions. Test different control modes and programming functionalities.
Safety Systems Inspection:
Assess the safety features of the robot system. Ensure emergency stop mechanisms, safety interlocks, and other protective measures are in proper working condition.
Documentation Review:
Review and update the documentation for the robot system, including manuals, schematics, and maintenance records. Ensure that all information is current and accurate.
Quality Assurance:
Conduct a final quality assurance check to ensure that the refurbished robot system meets the required performance standards and safety regulations.

Robot Refurbishing Process Explained

Our refurbishing process is comprehensive, starting with a detailed assessment and culminating in a robot that meets or exceeds original specifications. We strictly adhere to OEM standards throughout the refurbishing process, ensuring the highest quality and reliability.

Controller Items:

Clean inside and outside of the controller cabinet
Inspect Controller for OEM Engineering Changes
Remove and clean all PCB's
Clean connector contacts
Replace fans as required
Replace batteries
Delete old files from memory board (optional)
Replace any missing plastic safety covers
Paint Controller
Perform functionality test on Teach Pendant
Prepare for shipment

Mechanical Unit Items:

Clean mechanical unit
Disconnect all cable connectors
Clean all contact pins and plugs
Clean drive components
Replace lubricants per OEM specification
Replace batteries
Paint Robot
Adjust over-travel limit switches (optional)
Install witness marks
Run a verification test of a minimum of fifty (50) cycles to confirm proper operation and cable connections prior to completion.

Customization and Upgrade Options

We offer customization and upgrade options during refurbishment. These enhancements are designed to boost your robot’s performance and efficiency, tailored to meet your specific operational needs.

Common Upgrades

Upgrade software version and add software options
Upgrade commination & I/O boards and protocols
Upgrade the central computer processing unit
Modify or change dress pak for new application
Modify manipulator arm lengths
Upgrade or change cabling

Optional Equipment Review Process

At T.I.E., we understand the importance of trust and confidence in the refurbishment process of robotic systems. To cater to our diverse client base and their unique preferences, we offer two distinct buy-off processes: In-Person Run-Off and Digital Run-Off. Each method is designed to provide peace of mind and ensure satisfaction with your refurbished robot system.

On-site Equipment Review

For those who value a tangible, hands-on experience, our In-Person Run-Off option is ideal. This process involves:

A physical meeting or inspection, allowing you to personally assess the refurbished robot system.
An interactive session where you can test the system, verify its performance, and have all your questions answered on the spot.
This method is particularly beneficial for clients who prefer a thorough, in-depth evaluation to ensure the system aligns perfectly with their expectations before the transaction is finalized.

Digital Equipment Review:

Embracing the digital era, our Digital Run-Off process offers a seamless and efficient alternative. This option includes:

Utilization of state-of-the-art digital platforms, such as electronic signature services, to facilitate a remote buy-off process.
Provision of comprehensive documentation, detailed reports, and video demonstrations to transparently showcase the refurbished robot's functionality and condition.
An opportunity for you to review all the information at your convenience and provide electronic approval.
This method is especially convenient for customers who are remote, prefer a contactless process, or are managing tight schedules.