Machining

Milling done on the lathe. Driven tools turn in sync with the spindle, so cross holes, flats, hexes, keyways and radial slots are cut while the part is still in the chuck — no second machine, no second fixture, no second set-up tolerance.

• Concentricity between a turned diameter and a milled cross hole holds inside a few hundredths — two separate operations cannot promise that.
• Bar Ø3–65 mm, chuck to Ø200 mm · ±0.01 mm feature to feature.
• 50 – 50 000 pcs — bar feeders keep the spindle running unattended overnight.

• Cross drilling
• Flats & hexes
• Keyways
• Radial slots
• C-index angled features

Vertical and horizontal machining centres running three, four and five axes. One top-down setup covers faces, pockets, slots, bolt patterns and tapped holes; a rotary axis indexes the part through three or four faces without leaving the fixture; simultaneous five-axis reaches freeform surfaces and undercuts no fixed setup can touch.

• The cheapest configuration that still holds your tolerance — a three-axis job stays on a three-axis machine.
• Work envelope 1200 × 800 × 500 mm · ±0.01 mm, or ±0.005 mm on selected features.
• 1 pc prototype to 5 000 pcs / year — programming and fixturing in-house, so the first article ships inside the quoted lead time.

• Cross drilling
• Flats & hexes
• Keyways
• Radial slots
• C-index angled features

Multi-tasking machines that turn and mill in a single program: bar in, finished part out. A sub-spindle picks the part off so the back side gets machined, a Y-axis handles off-centre features, and a B-axis tilts the tool into compound angles — all in one clamping.

• Removes the second setup entirely — and with it the extra stack-up error that two setups always bring.
• ±0.005 mm turned-to-milled · bar Ø65 mm, chuck Ø200 mm · full part in one cycle.
• 1 – 2 000 pcs of complex geometry — where two machines would cost more than one machine hour.

• Cross drilling
• Flats & hexes
• Keyways
• Radial slots
• C-index angled features