Vacuum gripping
Vacuum-cup and distributed gripping systems with support structures adapted to the part geometry.
End-of-Arm Tooling
EOAT / robot tooling
Custom robot end effectors and gripper systems designed, manufactured and mechanically integrated around the actual automation task.
Capabilities
The tooling is built around the task.
There is no universal EOAT recipe. The workpiece, robot, cycle time, payload and environment define the right design.
Pneumatic solutions
Grippers, cylinders, rotary functions and mechanical locks designed around the project.
Sensors & interface
Integration for end-position and presence sensing, robot-side interfaces and cable/tube routing.
Hybrid manufacturing
Lightweight 3D-printed elements combined with CNC-machined adapters where the engineering trade-off makes sense.
EOAT + 3D + CNC
Why an integrated manufacturing workflow?
EOAT projects are iterative by nature: weight, stiffness, reach and serviceability all matter. Keeping printed and CNC components in the same development loop makes design changes faster and more controlled.
- Lightweight structural elements with additive manufacturing
- Rigid, precise interfaces with CNC machining
- Quote request tracked with a project ID
- Project-based construction for larger EOAT systems
EOAT
Start an EOAT project
The project form asks for the robot, workpiece and cycle information we need, and accepts drawings, CAD files and photos.
EOAT project form