Industrial robotics used for production applications are getting faster and faster and more capable all the time. Part of that capability is being able to accomplish a variety of tasks in any given assembly process. This requires changing tools.
In the video above, we talk about how tool changing for robotics is evolving with Phil Briggs, division manager at Stäubli Corporation.
“We’re introducing our MPS 130 robotic tool changer, which has a 100-kilo payload,” Briggs said. “For us, this is a mid-range product because our business to this point has been primarily with body shops in welding applications, where we’re expanding our range.”
The MPS 130 tool changer locks using active docking, which requires compressed air to activate the locking and unlocking mechanisms between two plates.
“The only way the two plates can come apart is in the docking system,” Briggs described. “The balls are locked by the active docking system and you have to have that compressed air to unlock it. It meets the highest safety levels required for Performance Level D, Safety Level 3.”
Individual modules are available, including electric, air and hydraulics and more for the tool changer to meet cell configuration requirements.
For more information, watch the video above and visit the Stäubli website.