Gripper fingers and jaws, vacuum cup plates, tool bodies, part nests, TPU soft pads, and sensor mounts for robots and cobots.
Every new part a robot handles needs fingers shaped to grip it. Printed fingers are light, cheap to revise, and can be shaped exactly to the part, which is why integrators prototype and often run printed end of arm tooling.
Send us the part the robot handles and the gripper model, and we design fingers or a tool body around it. Carbon fiber nylon for stiffness, TPU for soft contact on finished surfaces.
Fingers shaped to the part, for common grippers.
Plates and manifolds for vacuum cups.
Light tool bodies for cobots with low payloads.
Nests and pick locations for robot cells.
TPU pads that protect finished surfaces.
Mounts for cameras and sensors on the arm.
We choose the material from what the part has to survive, not from what it was originally made of.
| Where the part lives | Material | Why |
|---|---|---|
| Stiff brackets and mounts | Carbon fiber nylon | The stiffest material we print, with high heat tolerance. |
| Bumpers, seals, grips | TPU | Rubber like flexibility in a range of hardness. |
| Clips, latches, wear | Nylon | Tough and slightly flexible, so snap fits and latches do not crack. |
Check the payload and forces with your integrator. Carbon fiber nylon is stiff but it is not aluminum.
One. Request a quote and describe the part. A photo helps. Two. Mail the part to the address we send you, every fragment included, or in metro Atlanta ask us to pick it up. Three. We model it and send the price and ship date. Four. Approve, and we print, finish, and ship the part back with your original.
Send us the part, a photo, or a file. You get the price and the turnaround before any work begins.
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