Industries
Medical Device CNC Machined Parts
CNC machined components for non-implant medical devices — device housings, instrument components, lab equipment parts, and brackets and connectors for medical equipment. Machined to drawing in stainless steel, aluminum and brass, with documentation and first-article inspection reports available.
CNC Parts for Non-Implant Medical Devices
Xinwinf (Shenzhen Xinwinf Hardware Co., Ltd.) is a custom CNC machining factory in Xinwinf Industrial Park, Yinyuan Second Road, Bao’an District, Shenzhen, Guangdong, China, machining precision metal parts since 2011.
This page covers non-implant medical device components — device housings, instrument components, lab equipment parts, and brackets and connectors for medical equipment. These parts sit around the device and in the equipment room, not inside the patient.
We are a precision machining shop: we machine to your drawing and specification, and we make no medical-device certification claims. Device classification, qualification and validation stay with the device manufacturer of record.
Small development batches run alongside repeat orders — no MOQ, free DFM feedback, quotes in about one working day, and parts ship non-sterile with the tolerance standard agreed per drawing.
Non-Implant Components — Scope, Stated Clearly
We keep the boundary explicit so your engineering and procurement teams know exactly what they are sourcing.
- We machine: device housings, instrument components, lab equipment parts, brackets and connectors for medical equipment, shafts, fittings and adjustment hardware — non-implant only.
- We don’t make: implanted components or sterile products — these parts sit around the device, not inside the patient. We make no medical-device manufacturing certification claims.
- Documentation: per-drawing documentation and FAI reports are available; components ship machined to the tolerances on your drawing.
- Tolerances: agreed per drawing, confirmed in DFM review and in the first-article inspection report.
Components We Machine for Medical Equipment
Precision metal hardware around the device — housings and frames, instrument parts, lab fittings and adjustment components, made to drawing on our turning, milling, drill-tap and Swiss-type equipment.
Device Housings
Aluminum device housings, panels and enclosures milled from solid, with clean bead-blasted or anodized finishes for laboratory and clinical equipment.
Instrument Components
Handles, shafts, pins and plungers in stainless steel — turned with grip features on Tsugami Swiss-type lathes for small moving parts that must stay straight and concentric.
Lab Equipment Parts
Stainless and brass fittings, adapter sleeves, standoffs and threaded connectors for laboratory and diagnostic equipment, turned and finished for wipe-down environments.
Brackets & Connectors
Brackets, mounts, connectors and adjustment knobs for medical equipment frames, stands and accessories — aluminum and stainless, milled and turned to dimension.
Clean Grades, Consistent Finishes
Equipment hardware needs corrosion-resistant grades and clean, burr-free surfaces. We machine 30+ metals and plastics, with stainless steel and aluminum as the standard choices for non-implant device work.
- Stainless steel — handles, shafts, fittings and brackets, with passivation for clean, corrosion-resistant surfaces.
- Aluminum — housings, panels and trim, sandblasted and anodized for durable, easy-to-clean equipment finishes.
- Brass & copper — small connectors and fittings, plated where the specification requires.
- Steel — frames, clamps and structural components, black oxide or plated.
- Engineering plastics — knobs, bushings and non-marring components, quoted per drawing.
- Surface finishing — anodizing, sandblasting, plating, powder coating, passivation and black oxide through a qualified partner network, managed and inspected by Xinwinf; salt-spray testing is available when the drawing requires it.
Machined to Drawing, Documented for Your File
Quality runs from drawing review to packed shipment — DFM review, first-article inspection, in-process checks and final inspection, with documentation your team can file against the part number.
Free DFM Review
Every new drawing gets a free DFM review before quoting — tolerances, wall thickness, threads and features are checked, with feedback in about one working day.
FAI Reports Available
Every new part number goes through first-article inspection; per-drawing documentation and an FAI report against your drawing are available for your device file.
In-Process to Final
In-process checks during machining, final inspection before packing, and 100% visual inspection — clean, deburred edges are standard on instrument hardware.
Inspection Equipment
Critical dimensions are measured on a 2.5D vision measuring instrument and height gauge; a salt-spray tester supports corrosion checks on finished parts.
Other Industries We Serve
Sourcing Non-Implant Device Components?
Send your drawing with quantity, material and finish notes. Free DFM feedback, finish options and a real lead time come back — usually within one working day.