Patient-critical parts. Documented to match.
Precision CNC machining for surgical instruments, implant geometries and diagnostic housings — biocompatible grades, ultra-tight tolerances, and documentation that drops into your device file.
Free DFM review on every quote — your part priced by an engineer, not an auto-quote. NDA on request.
- AS9100D · ISO 9001
- Biocompatible grades
- Heat-lot traceability
- CMM-verified
In medical work the part is only half the deliverable — the other half is the proof.
A tolerance drifts and the part won't seat or assemble.
±0.005 mm on critical features, CMM-verified, part after part.
Swarf or coolant compromises a patient-contact surface.
FOD control, passivation and clean bag-and-tag at shipment.
A missing material cert stalls your supplier audit.
Heat-lot traceability and a signed CoC on every batch.
Built for the parts that can't fail on a patient.
Medical parts fail on the details — and the hard ones carry those details on a curved surface, at compound angles. Here's one, and how we hold it.
- Compound angles on a curved face
- Locking-screw holes drilled normal to a contoured, twisted surface — each at a different compound angle. 5-axis holds them true to each other in one setup.
- Titanium fights the tool
- Ti and CoCr work-harden and hold heat in the cut. Material-specific toolpaths and high-pressure coolant keep the surface and metallurgy intact.
- Contamination is a recall
- FOD control, passivation and clean bag-and-tag — a part headed for patient contact leaves the floor clean, not just machined.
- Documented, not assumed
- Heat-lot traceable, CMM-verified, with a documentation package that drops into your device file.
Representative of the work we take on — not a named customer part. Share a real one under NDA and we'll show you exactly how we'd hold it.
Control of the whole stack — so your part is certain.
Most shops buy their machines and wait on a vendor when something has to change. We design, build and operate ours — Nimbus (5-axis) and Aura (3-axis). So your tight-tolerance medical part doesn’t sit in another supplier’s queue, a fixturing or process issue gets solved in days, and the people who can change the machine sit on the same floor as your part.
- Our own fleet · 3 shifts
- capacity from first article to production, on one floor
- In-house IP
- toolpath, fixturing & kinematics ours — fixes in days, not vendor weeks
Your supplier-quality checklist — answered before you ask.
Everything your supplier-quality team flags before placing a part — answered, honestly, for an AS9100D shop.
AS9100D · ISO 9001 quality system
Certified — and the scope covers precision machining, not just assembly.
Material traceability
Heat-lot mill certs with chemistry and mechanicals — raw bar to finished part.
Biocompatible-grade materials
Ti-6Al-4V ELI (ASTM F136), 316L (F138), PEEK and CoCr — grade-certified.
First-article inspection (AS9102)
Full dimensional verification on new parts, before production.
CMM + surface finish
Calibrated CMM on critical features; Ra verified where the drawing calls it.
Passivation & finishing
Passivation to ASTM A967 / AMS 2700, electropolish where specified, with certs.
Cleanliness & FOD
Clean handling, scrap segregation, individual poly-bag and lot tag at shipment.
Certificate of Conformance
Signed by quality, on every shipment.
Supports your device file
Lot/batch records that drop into your DHR — you keep device-level regulatory ownership.
Confidentiality
NDA on request; drawings reviewed in confidence.
We machine to your print, under your regulatory framework. We don't claim to be your ISO 13485 or FDA system — we make it easy to audit, with traceability and documentation that support your device file.
Medical parts we machine
Surgical instrument
Implant geometry
Housing / diagnostic part
Ti-6Al-4V ELI (ASTM F136) and 316L stainless (F138) for direct-contact and implantable geometries · PEEK for radiolucent, non-metallic parts · CoCr where wear resistance is the point · aluminium and stainless for imaging housings. Biocompatible grades, each with the material certificate that matches the paperwork.
We machine orthopaedic implant geometries, surgical instruments and diagnostic housings on our own multi-axis platforms — DFM review by our engineering team first, then cut, probed on-machine and CMM-verified before anything ships. From one-off prototypes to full production, the same process control holds across every batch — tolerances as low as ±0.005 mm, fully traceable.
How it works
Send your drawings
Upload a STEP or IGES model and a 2D drawing. Tell us material, grade and quantity. Confidential — NDA on request.
DFM review
Our engineering team reviews manufacturability and flags risk before you commit. No portal, no auto-quoter.
A real quote
A fixed price with materials, finishing (passivation/electropolish) and the inspection plan attached.
We cut it in-house
Machined on our own 3- and 5-axis platforms, probed on-machine, in biocompatible grades.
Inspect & ship
First-article and CMM verification, FOD-controlled clean bag-and-tag, with material cert, CoC and inspection report.
Questions, answered.
Tolerances, materials, documentation, lead time — the questions a buyer asks before placing a part with us. Don’t see yours?
We're AS9100D and ISO 9001 certified, with a scope that covers precision machining. We are not an ISO 13485 / FDA-registered device maker, and we don't claim to be. We machine build-to-print under your regulatory framework, with full heat-lot traceability and documentation that supports your device file — you keep device-level regulatory ownership.
As low as ±0.005 mm on critical features, CMM-verified and confirmed per part on the quote.
Ti-6Al-4V / ELI (ASTM F136), 316L (F138), PEEK and CoCr for direct-contact and implantable geometries — each supplied with its material-grade certificate.
Material certificate (heat-lot), certificate of conformance, first-article and CMM inspection reports, and passivation certs where called — a package that drops into your device file.
Cleanliness and foreign-object-debris (FOD) controls run through every step, with scrap segregation and individual poly-bag + lot tag at shipment.
Yes — iterate on a first article, then scale to production on the same floor under the same process control.
Send your drawings. Get a real quote.
Upload STEP, IGES or a PDF — tell us material and quantity. Our engineering team reviews manufacturability and returns a price and lead time.