Motoman picking robots line up golf balls before they hit the tee
Motoman has created a four-axis picking robot from the HM series to help handle three golf balls at a time. The automated pickers can move the golf balls from one conveyor to a storage tray on another conveyor in a very fast manner. The Motoman picking robot is improving the overall productivity and able to reach the target production of 66 balls per minute.
Motoman Robotics has been designing material handling robots for many years. As their engineers continue to innovate, their robots become more flexible and are able to perform more tasks. The Motoman picking robots show just that with their versatility. They are able to pick car parts, metal casings and even athletic equipment.
Like many other robotics companies around the globe, Motoman services manufacturers who produce things of all shapes and sizes. One of the manufacturers that came to them had a problem with the productivity of their golf ball line.
The manufacturer wanted to reduce the need for manual labor in their production line, according to the Motoman website. They were also looking to reduce costs by increasing their productivity and improving flexibility, while minimizing downtime. Motoman picking robotic systems seemed like the right way to go.
There were several challenges that Motoman robotic pickers faced during the engineering of the solution. Not only did the automated pickers have to move golf balls from one conveyor to a storage tray on another conveyor, but they also had to have special end-of-arm-tooling. The tooling was not allowed to have a contact area on the ball greater than 0.010 inches.
Motoman ended up using a four-axis picking robot from their HM series, with a controller, teach pendant and custom tooling, along with other features. The gripper was multi-function and able to handle three golf balls at a time, improving productivity significantly and reaching the target production rate of 66 balls per minute.
Robots.com has several Motoman picking robot models available for sale and customization in our warehouse. These robotic pickers are versatile enough to handle many different tasks without continuous reprogramming, cutting down on costs across the board.
You might be also interested in:
Latest Advancements in Material Cutting Robotics
Read about the latest technological advancements in robotic material cutting.
Emerging 3D Vision Technologies for Industrial Robots
Learn about the emerging 3D vision technology that businesses are using for industrial robot applications.
Most Popular Industrial Robotic Applications for 2021 and Projections
Explore the most popular application trends of 2021 and what to expect in the future.