Setup & Fixturing
Work holding designed in Anvil within 2 days; blank clamped & dial-levelled in twin hydraulic vices with high-speed machining.
A flight-critical top-chamber structural clamp, machined to a 10–15 micron tolerance, supplied at volume within days of engagement, inspected First / Middle / Last from day one.
Illustration. Not the delivered part.
An aerospace OEM supplier of flight-critical structural hardware faced a high-volume delivery commitment and engaged Nemi to protect schedule without compromising quality. The component is a top-chamber structural clamp machined to a 10–15 micron tolerance for a critical mounting point.
The customer needed a precision partner who could plug in fast and deliver at volume.
Hold a 10–15 micron tolerance on a flight-critical clamp, first time, every time.
Stand up supply in days, not weeks, to protect the delivery timeline.
Sustain ~15 jobs per day to keep up with the delivery commitment.
First / Middle / Last inspection, traceable to the work instruction.
Work holding designed in Anvil within 2 days; blank clamped & dial-levelled in twin hydraulic vices with high-speed machining.
LMM-optimized 2-operation toolpaths on the Haas VF2, high-speed milling of the clamp profile.
First / Middle / Last inspection on every batch; LMM-driven CMM-based SPC capture implemented.
| Metric | Client requirement | Nemi · delivered |
|---|---|---|
| Dimensional tolerance | 10–15 microns | Held to 10–15 microns |
| Cycle time per job | 7 hours on the previous process | 3 hours · 2.3× throughput |
| Daily output | High-volume overflow | ~15 / day (2 machines) |
| Machining | Aerospace VMC milling | 2-op milling, Haas VF2 |
| Inspection coverage | Per work instruction | 100% First / Middle / Last |
| Supply role | Commitment support | Reliable serial supply |
| Ramp to first supply | Rapid onboarding | Days, not weeks |
| Finish quality | Defect-free profile | Tool-mark / scratch free |
Nemi now supplies the customer's top-chamber clamp on an ongoing basis, every part machined in two VMC operations on Haas VF2 cells with high-speed machining, and inspected First, Middle and Last.