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Manufacturing · CNC machining

Set-up to first-piece, optimised.

UK CNC machine shops — milling, turning, multi-axis — programme library, set-up automation, in-process inspection, first-article reports.

3-axis · 5-axis · turning
Production-aware
Owner-led shops
Set-up per job
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.

  • Per-customer project thread
  • PO & RFI workflow
  • FAIR-approval routing
  • Branded customer portal
06 · BrainBase

Programmes, fixtures, FAIRs, tooling — searchable.

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
Adjacent industries

Different shape of the same problem.

If your work isn't exactly this, the nearest sectors share the rhythm. Or browse every industry we build for.

Open the workshop.

Bring a recent set-up sheet, a FAIR, and the programme folder. We diagnose from the numbers.