CNC 3-axis · 5-axis · turningPrototype + run Production-aware4-25 staff Owner-led shops2.4h → 38min Set-up per job
The cnc machining stack
Six instruments, calibrated.
UK CNC machine shops — milling, turning, multi-axis — programme library, set-up automation, in-process inspection, first-article reports. Set-up time and FAIR turnaround, measured.
01 · Programme library
Fusion, Mastercam, post-out — versioned.
Every tested programme indexed by part, machine, fixture, tool list — version-controlled. The same job in six months runs on the same proven code, not a re-write.
Per-part programme history
Fusion 360 / Mastercam-aware
Post-out version control
Tool-list & fixture map
02 · Set-up automation
Fixtures, tool offsets, datums — pre-staged.
Set-up sheets generated with fixture diagrams, tool offsets pulled from the library, probing macros queued. Set-up time on a repeat job collapses from hours to minutes.
Auto set-up sheet generation
Tool-offset library
Probing-macro standards
Repeat-job templates
03 · In-process inspection
Probe, measure, log — every part.
On-machine probing and post-process Mitutoyo / Renishaw checks logged into the part record. SPC charts surface drift before scrap, not after.
On-machine probing log
Renishaw / Mitutoyo capture
Per-feature SPC charts
Drift & out-of-tol alerts
04 · FAIR (first article)
AS9102 / customer FAIRs — generated, not typed.
First-article reports auto-populated from the inspection log. AS9102 forms, customer-specific templates — exports ready for the buyer the moment the first piece is signed off.
AS9102-style FAIR exports
Per-customer FAIR templates
Auto-populated balloons
Sign-off & timestamped
05 · Customer comms
PO to delivery — one thread.
PO acknowledgment, drawing RFIs, FAIR sign-off, delivery — pulled into a per-customer thread. The buyer, the programmer, and the inspector on the same record.
Past programmes, fixture drawings, customer-specific FAIRs, tool-life data, work-holding standards — indexed and searchable from the cell or the office.
Programme & fixture archive
FAIR & inspection library
Tool-life & wear data
AI-assisted retrieval
Sample engagement
The eight-machine shop where set-up shrank to thirty-eight minutes.
Eight machines. Mixed prototype and small-run. Set-ups taking 2.4 hours, on average.
An eight-machine CNC shop ran mixed prototype and small-run for medical and aerospace customers, with set-ups averaging 2.4 hours per job because every repeat felt like a fresh build. Three-week build: programme library tied to part numbers, auto-generated set-up sheets with fixture diagrams and offset tables, FAIR templates per customer. Six months in: average set-up time 2.4h → 38min on repeat jobs, FAIR turnaround 4 days → same-day, machine utilisation up sixteen percent.
How we measure: Set-up time captured from machine-on to first-piece-cut timestamps via the controller log, repeat jobs only, n = 187 set-ups across both periods; FAIR turnaround from PO date to FAIR-issued date; machine utilisation as cutting time / available time, weekly rolling.
2.4h → 38minset-up per repeat job
4d → same-dayFAIR turnaround
+16%machine utilisation
Builds for manufacturing
Use cases that fit.
Each is a tightly-scoped build, fixed price, owned by you.