Think in parts
deliver in goosebumps.
Robots are assemblies pretending to be organisms. We print end-effectors that flex, machine joints that don’t, and ship the jigs that hold your line together, often same-day.
Why Imaginarium for robotics
Isotropic everywhere
strong in X, Y, Z, like you.MJF parts carry production loads in every axis.
Grippers with feel
soft where it touches, stiff where it matters.TPU 90A fingers, glass-filled frames, captive features printed in place.
The line never stops
same-day spares, zero programming.Jigs, fixtures and tooling on demand.
Technologies for robotics
Proof not promises.
Materials & certifications
Every step documented and traceable, from raw stock to shipped part.
Why these four, under one roof
One home for every robot part grown, carved, finished. one PO.
Precision where robots pivot
Joints, gearbox housings and drivetrain mounts live or die on mating surfaces. We machine Al 6061 and POM to ±0.01 mm, so bearings seat true, backlash stays designed-out and every axis repeats.
Metal strength, minus the mass
Every gram on an arm multiplies through the payload budget. Laser-fused metal grows lattice-light brackets and consolidates multi-part assemblies into one printed component: fewer fasteners, fewer failure points.
Isotropic, production-ready polymer
MJF PA 12 is strong in X, Y and Z, like the loads robots actually see. End-effectors, covers and one-piece printed mechanisms, from a single prototype to 5,000 production parts on the same machine.
Deployment-grade finishing
Field robots take abuse. Dye and soft-touch coats, heat-set inserts, wear surfaces and EMI-conscious finishes turn printed and machined parts into hardware you can bolt on and ship.
Grippers printed, joints machined, brackets grown in metal and everything finished down the hall: one vendor, one quality system, one accountable roof from first prototype to fleet.
Let’s start a project