Xiang Xin Yu
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High-precision forceps, scalpels, and endoscopic components. We utilize Swiss-turning and 5-axis milling to create ergonomic, high-durability tools for minimally invasive surgery.
Stable, high-purity enclosures for MRI sub-systems and blood analyzers. Engineered for stability and environmental shielding in sterile laboratory settings.
Expertise in machining medical-grade Titanium (Ti-6Al-4V ELI), 316L Stainless Steel, and PEEK. We ensure total material purity and maintain full traceability for critical implant applications.
Achieving tolerances of ±0.002mm on complex geometries. Our micro-machining capabilities allow for the production of miniature forceps and endoscopic tips with zero-burr edges.
Integrated ultrasonic cleaning and passivation protocols. We achieve mirror finishes (Ra 0.1) on functional surfaces, ensuring compliance with rigorous surgical environment standards.
Hips, knees, and spinal fixation systems machined from titanium and cobalt-chrome. We focus on bone-interface textures and high-fatigue strength to ensure long-term clinical success.
Medical-Grade Swiss Turning: High-speed production of bone screws, dental abutments, and miniature pins with extreme length-to-diameter ratios and complex threading.
Advanced Surface Chemistry: In-house passivation and cleaning that targets biological safety and corrosion resistance, essential for permanent implantable devices.
Validated Process Control: Rigorous quality protocols including full material heat-lot traceability, ensuring that every component meets international medical safety standards.
Our engineers analyze CAD for potential fatigue points and surface roughness requirements to ensure long-term clinical safety.
Procuring material with full chemical and physical test reports. We only utilize medical-grade stocks from vetted premium mills.
Toolpaths designed for dimensional consistency across thousands of cycles, critical for precision surgical tool sets.
Utilizing custom-ground tools to achieve sharp surgical features and zero-burr internal profiles under high magnification.
Executing sub-micron features using dedicated clean-oil systems to prevent cross-contamination and ensure biological safety.
Full dimensional inspection of every critical feature. We verify geometric tolerances using automated CMM sequences and laser scanning.
Coordination of ASTM-approved finishes: Multi-stage nitric cleaning, ultrasonic washing, or specialized bio-inert coatings.
Secure, vibration-damped packaging with complete digital documentation including material certs, FAI, and cleaning logs.
