Grippers and frames
Machined and fabricated EOAT structures sized to payload, reach and moment limits.
End-of-arm tooling
The robot is only as good as what's bolted to its wrist.
Dynamics Group designs and builds end-of-arm tooling — grippers, frames, nests and part-present sensing — engineered around the part, the cycle time and the cell it has to survive in.
Design + build
One accountable team
Machined + printed
Hybrid EOAT construction
Robot-ready
Fanuc, Kuka and Kawasaki experience
Detroit
Automation-corridor response
Where we fit
EOAT designed around the whole cell, not just the part
A gripper that works on the bench and fails at rate is an expensive lesson. Payload, moment, cycle count, part variation, sensor logic and crash recovery all belong in the design review before anything is built.
Part-specific fingers and nests
Contact geometry machined or 3D printed to locate real production parts, including delicate surfaces.
Sensing and verification
Part-present, slip and position sensing integrated into the tooling design.
Lightweight hybrid builds
Printed details cut mass where the robot payload is tight; machined details carry the loads.
Proof before promise
Capability behind the tooling
- Engineering
- Mechanical design, DFM and robot-integration experience across Fanuc, Kuka and Kawasaki
- Machining
- Six VMCs, 5-axis and live-tooling turning for frames, fingers and interface details
- Additive
- Industrial 3D printing to 36 x 24 x 36 in for lightweight, part-protecting contact details
- Verification
- Critical interfaces checked on in-house CMM and probe metrology
How a quote starts
Send enough context to get a useful answer
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01
Show the requirement
A drawing, model, marked-up photo, layout or statement of work is enough to begin.
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02
Name the decision
Quantity, timing, critical features and acceptance requirements keep the quote focused.
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03
Review together
We identify risk, missing data and the best process before committing your schedule.
Buyer questions
Straight answers before you send a print
Do you design EOAT or just build to print?
Both. Send the part, robot model, payload and cycle target and the design can start from a blank sheet — or send a finished design for build only.
Can you combine machined and 3D printed details?
Yes. Printed contact details reduce mass and protect part surfaces; machined structures carry the loads. The split is chosen deliberately in design.
What robots have you tooled for?
The engineering team has integration experience across Fanuc, Kuka and Kawasaki platforms; the tooling interfaces to your robot's wrist and payload specification.
Can you support the tooling after launch?
Yes. Spare details, wear items and design changes are handled by the same Madison Heights team that built the tool.
Have a print, model or tooling problem?
Send what you have. We will tell you where we fit, what is missing and the fastest practical next step.