
NF-02 / Subtractive
5-axis CNC machining to ±0.01 mm
Milled and turned parts in aluminium, steel and engineering plastics, programmed and inspected by the machinists who run them.
- Standard tolerance
- ±0.01mm
- Simultaneous machining
- 5axes
- Best surface finish
- Ra 0.8µm
- Machines running 16 hours a day
- 2shifts
Our machinists program the parts they run and measure the ones they finish. That is why a tolerance on your drawing is not a question for someone in another building: the person who reads it is the person who holds the part.
NF-02 / Capabilities
From a single part to a steady series
- 01
5-axis milling
Complex housings and manifolds in one set-up, so features line up without re-clamping.
- 02
Turning and mill-turn
Shafts, bushings and flanges up to Ø 320 mm, with live tooling for cross holes and flats.
- 03
Surface treatment
Anodising, passivation and powder coating through partners we audit, delivered as one order.
- 04
CMM inspection
Critical dimensions measured on a coordinate measuring machine, with a first-article report on request.
NF-02 / Machine park
What we machine on
- 5-axis machining centres, 2
- 650 × 520 × 475 mm · 20 000 rpm
- 3-axis machining centres, 3
- 1 000 × 600 × 600 mm
- CNC lathes, 2
- Ø 320 × 600 mm · live tooling
- Materials
- Al 6082, 7075 · 316L · Ti6Al4V · POM · PEEK
- Tolerance
- ±0.01 mm standard, ±0.005 mm on request
- Inspection
- CMM, surface roughness, thread gauges
NF / FAQ
Common questions
What is your smallest and largest order?
From one part to about 2 000 per series. Larger series we quote with a fixed yearly price.
Do you need a drawing, or is a 3D model enough?
A STEP model is enough to quote. For tolerances tighter than ±0.1 mm, please add a drawing that marks them.
Can you combine printing and machining?
Yes, and it is often the best route. We print near-net-shape parts in titanium or steel and machine the bores and faces that need precision.
Tight tolerance? Tell us which ones matter.
Send the drawing and we will quote the part, the inspection and the delivery date.