Additive manufacturing enhances the design, functionality and efficiency of robotic grippers across industrial automation and medical robotics.
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Ergonomic gripper profiles shaped precisely to the part being handled.
Integrated sensor channels, air passages and actuator housings in one printed part.
Iterate gripper designs in hours instead of weeks for fast automation deployment.
Eliminates injection molds u2014 economical for custom and low-volume gripper runs.
Embed sensors, magnets and pneumatic fittings directly into the printed body.
End-of-arm tooling custom fitted to production line SKUs u2014 changed overnight.
Surgical robotic arms and lab automation grippers built for biocompatibility.
Research grippers with embedded force sensors for human-robot interaction studies.
Tell us your gripper challenge and we will design and print a solution.