Available now
Traceable jigs and fixtures, printed right away
No queue, from 1 part. Every part ships with its own passport.
Order a test part
ID laser engraved on every part.It links to this passport.
Traceable polymer 3D printing for critical applications
Reindustrialising Europe, one traceable part at a time. Jigs and fixtures, printed as soon as you order, each with its own passport.
ID on every part
Traceable polymer 3D printing for critical applications
Supported by
Supported by
Our thesis
The next industrial revolution isn't about bigger factories.It's about no longer needing them.
AI has made software easy to build. Now it is coming to hardware, starting with 3D modelling: with the latest models, designing a part is easier than ever.
For two centuries, making things meant depending on someone else: their machines, their expertise, their timeline. That model is breaking. Europe is bringing its industry home, and the factories that return will be smaller, smarter and closer to the people who need them.
But a part made anywhere has to be trusted everywhere. So everything we make carries its own proof: what it is, what it was made from, and how.
ESA AM harmonisation 2026 asks for
- Build logs that cannot be altered
- Material lot linked to every build
- Evidence kept for acceptance
3 ways to take production into your own hands
Order a part today, bring the machine in-house, or help qualify printed polymer for flight.
Early adopters
The SLS printer that documents every part
Every layer checked, every part documented, and nothing leaves your site.
Apply as an early adopter
Partners wanted
Qualifying printed polymer parts for flight
Test data you can reproduce, because every test part carries its full build history.
Join the research
Momentum
This is already happening
In use
Our traced parts ran in a hyperloop motor
We supplied parts to a hyperloop pod. They were installed in the motor assembly, each with its own record of material, production date and QC measurements.
Built in-house
A laser SLS 3D printer built from the ground up
Frame, electronics, laser and powder handling, designed and built by our own team. It is sintering parts.
Backed by
The European Space Agency's incubator
ESA BIC Latvia, co-funded by the European Regional Development Fund.