Medical
Precision, biocompatibility, and consistency for surgical instruments, implants, and diagnostic equipment.
Precision engineering for medical innovation.
Intricate surgical instruments, implant components, and device housings held to extremely tight tolerances — from prototypes to high-volume production. Dimensional verification plus surface-finish inspection for patient-facing applications, under AS9100D-certified quality standards.
- Orthopedic Implant Components: titanium and cobalt-chrome
- Surgical Instruments: stainless precision
- Dental Components: small-feature accuracy
- Diagnostic Equipment Housings: imaging and lab systems
How we machine for medical.
Precision Milling & Turning
intricate implant geometries and instrument components
Fine Surface Finishing
patient-facing surface quality, inspected and documented
Surgical Tool Prototyping
fast iteration on new device designs
Specified for the environment.
Ongoing Inspections
Dimensions and tolerances verified during production — not just at the end. Hexagon 5-axis CMM and Keyence metrology on every job that demands it.
Final Quality Examination
Every lot closes with a documented final inspection under our AS9100D quality system, with full material and process traceability.
The medical machining guide.
Materials selection, tolerance and metrology expectations, supplier qualification, and how to scale from prototype to production — everything a medical program should know before qualifying a machine shop.
Have medical parts to quote?
Upload your models through our secure Paperless Parts portal for a fast, accurate quote — or call the shop and talk to a machinist, not a call center.