Precision Machined Parts
Complex geometries, consistent quality, and documentation aligned to aerospace and medical expectations.
Capabilities
CNC machining that scales from proto to production
We blend programming, fixturing, and inspection to repeat tight features and finishes reliably.
- Multi-axis milling & turning — prismatic and cylindrical parts with critical alignments
- Setup stability — fixtures and in-process checks engineered for repeatability
- Fine surface finishes — process control aimed at meeting cosmetic & functional requirements
- First Article Inspection (FAI) — FAIRs prepared to your drawing/PO requirements
- Documentation — material certs, finish certs, CoC, and inspection reports available with every lot
Materials
Common materials we machine
- Aluminum & alloys — 6061, 7075, 2024/2124, 5052
- Stainless steels — 303/304/316, 17-4 PH
- Alloy/carbon steels — 1018/1020, 4130/4140/4340
- Titanium & nickel alloys — as specified
- Engineering plastics — acetal/Delrin, PEEK, PTFE, PC, nylon
Finishing & processing
Turnkey finishing coordinated end-to-end
Anodize, chem film (chromate), plating, passivation, dry-film lubricants, primers/paint, heat treat, wire/ram EDM, thread rolling, and more—coordinated through trusted partners so parts arrive ready for assembly. NADCAP-certified processing is standard for most processes.
Typical components
Where CNC machining shines
- Housings & covers with mating surfaces
- Manifold blocks and precision brackets
- Shafts, spacers, and bushings
- Test fixtures and tooling components
Design support
DFM tips that reduce time & cost
- Call out critical dimensions/tolerances explicitly; note surface-finish targets.
- If interchangeable, specify thread standards and depths clearly to prevent over-processing.
- Group compatible finishes on a single PO to minimize move time.
- Provide any required inspection level (FAI, sample plan) up front for smoother release.