
3D printing
Engineering-grade polymer and composite parts for housings, brackets, mounts and fixtures that have to survive field conditions.
- Engineering polymers
- Functional prototypes
- Low-volume production
Capabilities
One intake process, several manufacturing methods. The part decides the process — not the equipment that happens to be free.

Engineering-grade polymer and composite parts for housings, brackets, mounts and fixtures that have to survive field conditions.

Machined aluminum and metal components where tolerance, stiffness and repeatability decide whether the machine keeps running.

PCB design and assembly for control, sensing and power — built to be serviced rather than replaced as a sealed unit.

When the part is obsolete or was never available separately, we measure the original and produce a manufacturable definition.
Assessment and rebuild of damaged assemblies to extend equipment life instead of writing off a working machine.
From a single replacement component through to complete assemblies designed around how the equipment is actually used.
Process
Every request follows the same path, whether it is a single failed component or a repeat production quantity.
Machine, manufacturer, model and what failed. Photographs, part numbers and dimensions if you have them.
We work from your drawings and files, or measure a reference part to produce a manufacturable definition.
We confirm process, material and quantity, then quote against your required date.
Machining, printing or electronics assembly, with inspection against the definition.
The part ships and its definition is retained, so the next one does not start from zero.
Where a rebuild beats replacement, we refurbish the assembly and keep the machine in service.