Capabilities
Milling, turning, indexed work, inspection and process engineering in one building, under one quality system.
Everything on this page is read from our own equipment records. An engineer with a drawing is checking two things first — whether the part fits the machine, and whether the machine has the spindle and the tooling positions to cut it without three setups. The specifications are here so that question can be answered before a conversation starts.
What we run
| Capability | Equipment | Where to look |
|---|---|---|
| CNC milling | Mazak VC Ez 510 IP and VC Ez 410 IP, BT40, 12,000 rpm, 24-station ATC | CNC milling |
| CNC turning | Tsugami Mi08JL5 × 2 and Mi08J-II, Ø280 mm, 65 mm bar | CNC turning |
| Indexed and rotary | Kitagawa MR200, 60 arc-second indexing, 4 arc-second repeatability | Multi-axis and rotary |
| Inspection | Mitutoyo CRYSTA-Apex V CMM, LH-600 height gauge, video measuring machine | Metrology and inspection |
| Process engineering | CAD/CAM, DFM review, first article planning | Engineering |
The order work moves in
Drawing review. The model and the drawing are read together — bounding box, feature depths, tool access, the datum scheme and which characteristics are critical.
DFM feedback. If a feature is expensive for a reason that is not functional, we say so before quoting rather than after. A radius that forces a smaller cutter, a tolerance tighter than the assembly needs, a depth that requires a long tool where a second operation would be faster.
CAM and process planning. Setups, fixtures, tool list and the inspection routine are decided together, because the inspection method constrains the process plan more often than the reverse.
Production and inspection. Cutting, in-process probing, and dimensional verification on the CMM against the ballooned drawing.
What decides whether we quote
We would rather decline a job than quote it and discover the tolerance later. Send the model and the drawing and we will say plainly whether the feature set is inside what we hold.