Eight Industries, One Tolerance Standard
What changes between sectors is the paperwork, the material and the lot size. What does not change is the inspection discipline behind every part that leaves the building.
Aerospace & Defense
Medical
Industrial Equipment
Automotive
Robotics & Automation
Electronics
Fluid Control
Transportation
Aerospace & Defense
Sector 01
Aerospace and Defense
Flight and ground-support hardware for Tier 1 suppliers and defense subcontractors. This is the work where the inspection record matters as much as the part, and where a missing certificate stops a line as effectively as a missing shipment.
Typical parts
- Structural brackets and fittings
- Actuator housings and end caps
- Hydraulic manifolds and valve bodies
- Bushings, spacers and shims
Materials
- 7075 and 2024 aluminium
- 15-5 PH and 17-4 PH stainless
- Ti-6Al-4V titanium
- Inconel 625 and 718
What this sector demands
Aerospace and defense manufacturing requires disciplined inspection, material traceability, controlled drawing revisions, and secure handling of customer technical data. Meccanica CNC incorporates these requirements into our manufacturing and quality processes as applicable to each order.
Secure Technical Data Handling
±0.0002" Capability
First Article Inspection
Sector 02
Medical Devices
Class II device components for OEMs and contract manufacturers, most of it running on the Swiss lathes. Small, slender, tight, and traceable to the bar — the combination our Swiss department was bought to handle.
Typical parts
- Surgical instrument components
- Bone screws and orthopaedic pins
- Endoscopic and laparoscopic parts
- Implant trial and instrument shafts
Materials
- 316L and 17-4 PH stainless
- Ti-6Al-4V ELI titanium
- PEEK and Ultem
- Nitinol on request
What this sector demands
Lot-level traceability, UDI and laser marking, validated cleaning before packaging, and documentation your quality group can hand to a notified body without editing. We work to your device master record, not a generic template.
Swiss to Ø 2–38 mm
Laser marking & UDI
Lot-controlled material
Medical
Industrial Equipment
Sector 03
Industrial Equipment
Components for machine builders, packaging OEMs, pumps and process equipment. Usually mid-volume, usually repeat, and almost always judged on whether the third release arrives as reliably as the first.
Typical parts
- Pump and gearbox housings
- Drive shafts and couplings
- Rollers, guides and cam followers
- Machine base plates and mounts
Materials
- 7075 and 2024 aluminium
- 15-5 PH and 17-4 PH stainless
- Ti-6Al-4V titanium
- Inconel 625 and 718
What this sector demands
Repeatability across releases and a lead time you can build a build schedule around. Blanket orders with scheduled pulls are common here, and we hold finished stock against them so your shortage never becomes ours.
Blanket orders
Stocking programmes
Kitting to BOM
Sector 04
Automotive & Motorsport
Prototype and low-volume production for development programmes, motorsport teams and aftermarket manufacturers. The common thread is speed — a part that arrives after the test window has closed is worth nothing.
Typical parts
- Prototype engine and driveline parts
- Suspension uprights and linkages
- Fuel and brake system fittings
- Test rig and fixture components
Materials
- 7075-T6 and 6061-T6 aluminium
- 4140 and 300M steel
- Ti-6Al-4V titanium
- Aluminium bronze
What this sector demands
Fast turns on small quantities and a shop that will quote a one-off without treating it as an inconvenience. Rush lead times of under a week are routine here — tell us the test date, not the part date.
Rush under 1 week
No minimum quantity
Same-day quoting
Automotive
Also machining for
Four More Sectors We Ship Every Month
Smaller share of the floor, same process and the same inspection room behind them.
Robotics & Automation
End-effector components, gripper jaws, harmonic drive housings and precision linkages for integrators and robot OEMs. Concentricity and repeatable location are what these parts are judged on.
Electronics
Connector pins, contacts, heat sinks, RF housings and shielding components. High volumes on the Swiss lathes, with plating and passivation managed alongside.
Fluid Control
Valve bodies, seats, poppets, orifices and manifold blocks for hydraulic and pneumatic systems. Sealing surfaces and cross-hole intersections are where these parts pass or fail.
Transportation & Rail
Braking, coupling and signalling components for rail and heavy transport. Long service life and corrosion resistance drive the material choices more than the machining does.
Quality assurance
Quality Built Into Every Part
Quality doesn’t end when machining is complete. Every order moves through controlled inspection, documentation, identification, and packaging to help ensure the parts you receive are correct, traceable, protected, and ready for use.
01
Incoming Material
Material verification, certifications, drawing and revision control, and lot traceability before production begins.
02
In-Process Inspection
Critical dimensions and features are verified throughout production to maintain process control and part-to-part consistency.
03
Final Inspection
Final dimensional and visual inspection confirms parts meet drawing and customer requirements before shipment.
04
Documentation
Inspection records, material certifications, certificates of conformance, and customer-required documentation are maintained and supplied as required.
05
Packaging & Part Protection
Standard packaging is provided for every order. Custom 3D-printed protective trays and part-specific packaging are available for sensitive or critical components when required. Additional charges may apply.
06
Shipment & Delivery
Finished components are cleaned, identified, packaged, and shipped with full traceability to ensure the correct parts, documentation, and quality reach you on time and ready for use.
Have a Complex Part to Manufacture?
Send us your drawing. Our team will review the geometry, tolerances, material and production requirements to determine the right manufacturing approach—from CNC Swiss machining and production runs to prototype and supporting machining operations.