Created on 10.09
Medical Grade CNC Machining Parts for Minimally Invasive & Diagnostic Devices
Medical instrument manufacturers pursue strict cleanliness, surface quality and material stability for new medical equipment. Miniature and thin-wall metal parts widely used in minimally invasive instruments and diagnostic devices raise higher requirements for precision machining. CNC machined medical components are adopted in minimally invasive instruments, testing analyzers and rehabilitation equipment. Surface burr control, corrosion resistance and clean packaging are critical for medical-grade parts. We implement full process control from raw material re-inspection, mirror deburring to dust-free packaging, supporting R&D and low-volume manufacturing for medical equipment manufacturers.
Applications
- Structural parts for minimally invasive instruments
- Precision components for testing equipment
- Metal structures for rehabilitation devices
- Jigs and fixture parts for medical tooling
Core Advantages
- Capable for miniature, thin-wall and complex structures
- Fine surface treatment with smooth edges
- Raw material verification and full dimension inspection
- Corrosion resistant and easy to clean
- Ideal for medical device R&D and small batch production
Available Materials SUS316L, TC4 Titanium Alloy, SUS304, 6061-T6 Aluminum, PEEK
Precision Specifications
- Tolerance for micro parts: ±0.005mm ~ ±0.01mm
- Surface finish: Mirror smooth treatment
- Edge treatment: Controlled sharp corners, minimal burrs
- Machining: High-speed precision CNC
- Packaging: High cleanliness dust-free package
Production Process Drawing precision review → Medical-grade material re-inspection → High-speed milling → Micro-hole & thin-wall machining → Mirror deburring → Full dimension inspection → Electropolishing / passivation → Dust-free packaging
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