
Precision stainless and titanium components for medical devices, instrument trays, equipment housings, and surgical hardware.
GET A QUOTE →Medical metal parts are judged on cleanliness and precision. A burr on an instrument tray or a rough edge on a housing is a rejection. We laser-cut 316L stainless and titanium with tight tolerances, then deburr, passivate, and finish to surfaces that clean down and resist corrosion through repeated autoclave cycles.
We fabricate instrument trays and cases, equipment enclosures and chassis, mounting brackets, and structural hardware. For implant-adjacent and load-bearing parts we work in titanium Grade 2 and Grade 5; note that finished implants require the device maker’s own validated, regulated process.
Typical medical parts we cut, form, weld, and finish.



316L stainless (autoclave-stable, corrosion-resistant) and titanium Grade 2 / Grade 5 for lightweight, biocompatible structural parts. Fine sheet 0.5–6 mm typical, held to tight tolerance. See all metals and thicknesses we laser cut.
Precision fiber laser cutting · full deburr and edge-break · passivation per ASTM A967 for stainless · bright/electropolish finish · argon-shielded TIG for titanium to prevent embrittlement.
Yes — titanium Grade 2 and Grade 5, cut and formed, with argon-shielded TIG welding to avoid embrittlement. Ideal for lightweight, biocompatible structural parts.
Yes — full deburr and edge-break on every part, plus passivation per ASTM A967 for stainless, and bright or electropolish finishes for clean, autoclave-ready surfaces.
We fabricate implant-adjacent and structural components. Finished implants require the device manufacturer’s own validated, regulated production and certification — we support you as a component supplier within that.
Yes — mill test certificates and material traceability on stainless and titanium, to support your quality and regulatory documentation.
Send your drawings — DXF, DWG, STEP, or PDF. Free quote in 24 hours. Factory-direct pricing.
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