CNC machining, turning and milling to drawing
We make industrial parts from your drawing and, if you do not have one, from the part that needs replacing.
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How it works
Machining removes material with a cutting tool until the part reaches the shape and size on the drawing. In turning, the part spins and the tool advances along it, which produces shafts, bushings and sleeves. In milling, the tool spins and the material moves, which produces flat faces, pockets, slots and contours.
When a machine stops because of a part that can no longer be sourced, reverse engineering makes it possible to measure the existing part, rebuild its geometry and make it again. We then handle the fitting and mechanical assembly, so the part goes into service and not just into a box.
What is included
- CNC machiningProgram-controlled cutting, repeatable from one part to the next.
- Precision turning and millingShafts, bushings, flat faces, pockets, slots and contours.
- Industrial parts made to drawingMade to your drawing, a single unit or a series.
- Fitting and mechanical assemblyThe part assembled and adjusted within its unit.
- Reverse engineeringFrom the physical part to the model, and from there to a new part.
Frequently asked questions
What is the difference between turning and milling?
In turning the part spins and the tool advances along it, so it suits round shapes such as shafts and bushings. In milling the tool spins and the material moves, so it suits flat faces, pockets, slots and contours.
Can I order a part if I do not have the drawing?
Yes. With reverse engineering we start from the existing part, take its measurements and rebuild its geometry so it can be made again.
How is spindle speed calculated?
With the formula n = 1000 · Vc / (π · D), where Vc is the cutting speed in m/min and D the diameter in mm. That is why a thicker bar spins more slowly with the same material and the same tool.