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Applications

Start from the part you are building

Each guide names the parts we build in that field, the materials that usually apply, and the three engineering challenges that decide whether the prototype works when it arrives.

Medical devices 5–12 working days depending on material

Medical Device Prototyping: Materials & Rules

Where the tolerance is not the hard part — the documentation and the material certification are.

  • Housings and covers
  • Surgical instrument components
  • Diagnostic jigs
Aerospace & defence 5–12 working days

Aerospace Prototyping: Alloy Parts Guide

A prototype proves the geometry fits. It does not prove the part is flight-ready — and we will tell you where that line is.

  • Ribbed brackets and gussets
  • Jigs and fixtures
  • Bulkhead fittings
Robotics & automation 5–10 working days

Robotics Prototyping: Joints & Link Arms

Backlash and runout decide how a robot joint feels, long before the torque curve does.

  • Robot joint housings
  • Harmonic drive flanges
  • Link arms and brackets
Semiconductor & electronics 6–12 working days

Semiconductor Prototyping: Cleanroom Parts

In vacuum and cleanroom work, outgassing and particle generation matter as much as the dimension.

  • Vacuum chamber fittings
  • ESD-safe brackets
  • Robot end-effector plates
Consumer electronics 3–7 working days

Consumer Electronics Prototyping: Housings

The hardest requirement in consumer electronics is not tolerance — it is that the part looks right.

  • Enclosures and housings
  • Front frames
  • Heat spreaders
Automotive & mobility 5–10 working days

Automotive Prototyping: Fuel, Heat & Tolerance

Automotive testing is about heat, chemicals and vibration together — which narrows the material list fast.

  • Test fixtures
  • Housing prototypes
  • Connector and sensor blocks
Energy & power 6–12 working days

Energy Equipment Prototyping: Busbar Parts

When the prototype has to survive a thermal test, the tolerance on the sealing surface is what decides the result.

  • Busbars and connectors
  • Liquid cooling manifolds
  • Heat exchanger blocks
Optics & photonics 6–12 working days

Optical Component Prototyping: Alignment

In optical work, the tolerance that matters is the one between two optical features — not the tolerance on either feature alone.

  • Lens mounts
  • Light guides
  • Camera brackets
Construction & hardware 5–10 working days

Construction Hardware Prototyping: Parts

Exposed architectural parts live in sunlight and rain, and the finish specification is the whole game.

  • Fittings and brackets
  • Balustrade components
  • Door and window hardware
Packaging & consumer goods 5–10 working days

Packaging Prototyping: Tooling & Fixtures

For low volume, a machined prototype tool is often the cheapest path to real product.

  • Filling nozzles and plungers
  • Guides and rails
  • Fixtures and gauges
Next step

Send your STEP file. Get a quote within 24 hours.

An engineer reviews your drawings and replies with DFM advice and a formal quote — no account needed.

Partner factory
Partner factory
Partner factory
DIN / ISO 2768-m / f · CMM reports available
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