ROBOT END-OF-ARM TOOLING
The right connection between robot and part.
Design and build of robot end-of-arm tooling for application-specific handling and automation cells.
Discuss this application
THE APPLICATION
Robot end-of-arm tooling
The tool is where robot motion becomes useful work. SQR Power Automation designs and builds end-of-arm tooling around the part geometry, handling task and robot interface, with the control signals needed to confirm what the tool is doing.
What we can deliver
- Application-specific gripping and part-handling concepts
- Tool design and build for the selected robot and process
- Actuation, sensing and PLC/robot signal integration
- Tool trials, motion clearance checks and cell commissioning
HOW IT COMES TOGETHER
A tool is more than a gripper.
Mechanical fit
Consider contact points, part stability, tool mass and robot wrist compatibility.
Control feedback
Integrate sensing and actuation so the sequence can confirm grip, release and faults.
Real operation
Check clearance, orientation and recovery behaviour in the context of the cell.
PLATFORMS & SCOPE
Built around
your equipment.
Tooling requirements begin with part weight, geometry, surface condition, allowed contact points and orientation. Payload, centre of gravity, reach, utilities and loss-of-power behaviour are considered alongside the robot sequence. Mechanical gripping, vacuum or other handling methods are selected for the application.
BEFORE WE START
Can tooling be developed for an existing robot?
Yes. Share the robot model, available payload and wrist interface, part samples or drawings, and the handling sequence. These details help establish a suitable tool concept and integration scope.
Do you support projects across Ontario?
Yes. SQR is based in Waterloo and supports projects across Ontario. Site requirements, travel and the delivery schedule are agreed for each engagement.