Applications
The common thread is not a sector. It is components with complex geometry, demanding materials and low volumes, where tooling cannot be justified and tolerance still has to be met.
Sectors
01 · Sector
Lightweight components, complex geometry and high-performance materials.
Titanium and nickel superalloy components where mass, geometry and traceable dimensional verification all matter. Machining allowance and inspection strategy are planned into the build.
02 · Sector
Rapid development, prototypes, tooling and low-volume components.
Short development loops on aluminium and titanium hardware, from a single test part to a small race-season batch, with machined interfaces where the part has to bolt straight on.
03 · Sector
Complex engineering components and low-volume manufacturing.
Obsolete and hard-to-source parts, ruggedised housings and specialist fixtures manufactured in low volume without tooling investment.
04 · Sector
Precision components and complex geometry.
Instrument and device components in stainless steel and titanium, including fine features and controlled surface finishes, with dimensional evidence on delivery.
05 · Sector
Low-volume and difficult-to-machine components.
Components that would need long setups, complex fixturing or unusual internal features are built additively, then machined only where tolerance demands it.
06 · Sector
Rapid manufacture of experimental components and prototypes.
Test specimens, rigs and experimental geometry for universities and research organisations, including repeat builds for comparative studies.
Next step
Upload your CAD or drawing and an engineer will assess the manufacturing route, material and finishing requirements.