Xiang Xin Yu
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We're an ISO 9001:2015 certified CNC machining manufacturer. With years of experience, we deliver quality parts on time and within budget. Our advanced facilities handle small-batch to large-scale projects. We keep investing in tech to meet customer needs.
Mono-block Titanium or Cobalt-Chrome implants with optimized surface topography for bone integration. Engineered for extreme fatigue resistance and geometric axiality.
Precision manifolds for high-speed blood and chemical analysis. Featuring mirror-smooth internal channels and zero-dead-space transitions to prevent contamination.
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Deep expertise in machining Grade 5 Titanium, Cobalt-Chrome, and Medical PEEK. We maintain strict material segregation and verified cleaning protocols to ensure biological safety.
Executing complex features in components as small as 0.5mm. We achieve ±0.002mm absolute tolerances on surgical linkages and micro-fluidic diagnostic plates.
Achieving Ra 0.05 finishes on articulating surfaces and implant datums. Our proprietary polishing techniques minimize wear and ensure optimal tissue interaction.
Highly-complex, lightweight multi-axis linkages for minimally invasive surgery. Machined from high-strength Titanium for maximum stiffness and sub-micron repeatability.
Dedicated chemical passivation zones to ensure maximum corrosion resistance and biological inertness for implantable hardware.
Our engineers review CAD for surgical clearance risks and bio-mechanics, ensuring geometries are optimized for clinical success.
Procuring source-verified materials (Grade 5 Ti, CoCr, PEEK) with full chemical and mechanical certification Heat-Lot traceability.
Generating low-heat toolpaths that prevent material surface degradation, critical for maintaining the structural integrity of implants.
Utilizing non-marring, validated workholding systems to protect delicate surgical datums and high-purity surfaces during milling.
Real-time thermal compensation and in-process probing maintain dimensional fidelity throughout long-cycle operations on micro-scale billets.
100% verification of critical datums using Zeiss CMM and surface scanners. We provide full digital FAIR reports for every clinical batch.
Validated aqueous cleaning and multi-stage passivation in a controlled zone to remove all trace hydrocarbons and enhance bio-purity.
Parts are cleaned, double-bagged in Nitrogen-purged medical film, and delivered with a complete quality dossier, ready for sterilization.
End-to-end digital traceability for medical devices. We maintain full lot-traceability from raw titanium billet to final clinical deployment.
Every surgical component is verified under 50x magnification for zero-defect edge quality and perfect surface morphology.
We have deep expertise in machining bio-compatible materials, including Grade 5 Titanium, Cobalt-Chrome, and Medical PEEK. We enforce strict material segregation and verified cleaning protocols to ensure the highest biological safety.
We execute complex features in micro-scale components down to 0.5mm, maintaining absolute tolerances of ±0.002mm on surgical linkages and micro-fluidic plates, and ±0.005mm feature accuracy overall.
We achieve articulating surface finishes down to Ra 0.05 / Ra 0.1. Quality is secured through a 50x microscopic inspection for zero defects, Zeiss CMM verification, and full digital metrology archiving.
Yes. We use dedicated chemical passivation zones to enhance corrosion resistance and bio-purity, followed by hermetic, Nitrogen-purged medical film packaging ready for sterilization.
Operating under ISO certifications, we utilize an ISO 13485 quality architecture. This ensures end-to-end digital traceability from the raw material billet (with Heat-Lot certifications) to the final clinical deployment.
