Explore our premium grade, CE-marked Class II & Class III titanium and PEEK clinical assemblies designed for modern surgical procedures.
Years of Industrial Export Expertise
Advanced Production Machines
Total Annual Output Units
Raw Material Traceability & QC
The global orthopedics and spinal surgery landscape is transitioning rapidly towards minimally invasive surgical (MIS) methodologies, patient-specific implants (PSI), and smart surgical guidance frameworks. As healthcare systems globally face mounting cost pressures combined with aging demographics, medical institutions demand surgical tools and implants that exhibit flawless mechanical properties, rapid osseointegration profiles, and sterile delivery compliance.
Our OEM/ODM manufacturing solutions address these systemic challenges at the source. By partnering with leading research hospitals and surgical distributors, we translate clinical feedback directly into metallurgical enhancements. Our titanium spinal screw-rod sets, expandable pedicle systems, and cervical fusion cages are structurally optimized to reduce theater times and accelerate post-operative biomechanical stabilization.
Delivering high-value biomedical manufacturing to support surgical equipment brands, distributors, and orthopedic OEMs worldwide.
We source only high-grade medical titanium alloys and polyetheretherketone (PEEK) to ensure unmatched biocompatibility, stress-distribution profiles, and fatigue resistance for lifetime applications.
Our facility houses 102 precision manufacturing machines. We employ 5-axis Swiss-type lathe machinery and advanced milling centers to maintain tolerances within micron scales.
Backed by 15 dedicated QA/QC inspectors, our manufacturing process undergoes strict raw material validation, step-by-step inline analysis, and post-production fatigue testing.
A look into our 10,000 m² manufacturing plant, backed by 30 years of medical device engineering expertise.
We operate from our specialized 10,000 square meter factory designed for medical-grade environments. By strictly implementing the ISO 13485 quality management standard, we ensure that every batch of titanium pedicle screws, spinal fixation systems, and cervical fusion plates meets the stringent safety criteria required by surgeons and regulatory bodies globally.
Our experienced R&D department features 20 senior development engineers (including 15 postgraduate scholars) who actively co-develop specialized surgical tools and bespoke implant systems with clinical researchers. This collaborative structure enables us to introduce over 20 innovative product configurations annually.
Orthopedic implants require careful adaptation to regional anatomical profiles and local regulatory standards. Our custom division specializes in adapting bone screw thread geometries and plate topologies to meet distinct anatomical variations across markets in Eastern Europe, Southeast Asia, and beyond. This approach supports surgical teams by offering tools that fit diverse clinical environments seamlessly.
With a robust supply network of 70 trusted upstream partners, we secure access to certified medical titanium alloys and premium PEEK materials. This supply chain stability enables us to maintain consistent product quality and reliable shipping timelines, protecting our distribution partners from delivery interruptions.
Our long-term development roadmap focuses on integrating advanced surface modification systems. We are currently implementing porous 3D titanium structures designed to accelerate natural bone integration. Additionally, our R&D team is working on hybrid spinal fusion cages that combine the mechanical support of titanium with the radiological visibility of PEEK, providing surgeons with improved diagnostic follow-up options.
A detailed view of our ISO 13485 production floor, quality control labs, and advanced medical component manufacturing processes.
Find answers to common questions regarding material certifications, custom capabilities, and distribution logistics.
Complete surgical toolsets, specialized interbody cages, and pedicle systems engineered for high-performance clinical applications.
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