A multi-disciplinary research platform covering biomechanics, materials science, clinical medicine, and mechanical engineering.

Led by a National Key Talent expert, and supported by nearly 100 clinical and technical professionals — over 80% with master's or doctoral degrees.

Hundreds of millions invested in advanced equipment, professional talent development, and continuous scientific training.

Includes a spinal orthopedics studio, postdoctoral research workstation, and a joint orthopedic research institute.

Top-quality titanium alloys, CoCrMo, PEEK, and surgical-grade stainless steel and aluminum sourced domestically and imported. Each batch undergoes chemical and physical testing with traceable records.

Laser cutting with ±0.1mm precision optimizes material use and reduces waste.

Precision wire EDM machining delivers complex shapes with minimal thermal impact and high surface quality.

Advanced 5-axis CNC machining ensures high precision and consistency, supported by automation to reduce scrap and maintain tight tolerances.

Dedicated QC team uses imaging systems for precise dimensional checks, guaranteeing product consistency.

Multi-stage cleaning including enzymatic degreasing and ultrasonic rinsing ensures contaminant-free implant surfaces.

Robotic abrasive belts refine contours with real-time surface roughness monitoring to ensure defect-free finishes.

Surface preparation via high-quality grit blasting enhances implant integration and coating adhesion.

Automated mechanical polishing achieves smooth, implant-grade finishes compliant with medical standards.

Selective anodizing color-codes implants by size and model, enhancing identification and performance with durable, fatigue-resistant coatings.

Flexible sterile and non-sterile packaging options customized to client needs.