Custom parts manufacturing for robotic systems
Real projects and engineering stories — how teams in this industry put digital manufacturing to work.
A 12.5 kg-payload cobot throttled by a 4 kg machined gripper is a solvable problem. Printed end-of-arm tooling has cut tool weight by 90% and lead time from 20 days to 3 in documented integrator cases — and the savings multiply through cycle time and robot sizing.
Inertia scales with the square of distance, which is why topology-optimized arm links routinely shed 30–50% of their mass — and why one documented industrial arm went from 150 kg to 73 kg with no loss of strength.
Volkswagen cut fixture development cost 91% and time 95% by printing its own line tooling; Heineken's Seville brewery reports 70–90% on both. The unglamorous brackets and nests in your cell deserve the same treatment — until heat and calibration say machine them.
Sensor housings, covers, and mounts for fleets of 10 to 200 units live in a zone where injection tooling is a bet on frozen geometry — a bet today's crash-and-revise robot programs keep losing. MJF, SLS, and vacuum casting are how they stop paying for it.
Our Solutions
Lightweight materials and topology optimization
Our Solutions
Precision machining for complex mechanisms
Our Solutions
Rapid prototyping for iterations
Our Solutions
Flexible custom production
Our aerospace specialists help turn your concepts into certified, flight-ready solutions.
