Grai Orthopedic Implants
Grai Orthopedic Implants
Interbody fusion cages have evolved from simple structural support devices into sophisticated bio-mechanical integration systems. Modern PEEK (Polyetheretherketone) cages are increasingly being designed with titanium coating to improve osteointegration, combining the modulus of PEEK with the bio-friendly properties of Titanium. Our R&D roadmap emphasizes 3D printing (additive manufacturing) to create porous architectures that mimic bone structure, significantly reducing the "stress shielding" effect in lumbar surgery.
As a leading supplier, we leverage a manufacturing ecosystem of 15,000 m² that integrates precision machining, chemical cleaning, and cleanroom assembly. China’s supply chain resilience in the medical device sector is unparalleled. Through ISO13485-certified processes, we ensure full raw material traceability. From wire-electrode cutting to final surface treatment, our internal QC protocols exceed international benchmarks, ensuring that every batch meets CE, MDR, and FDA compliance standards.
Advanced CNC and wire-electrode cutting machines for micron-level tolerance management.
10 senior engineers and 10 QC specialists oversee every stage, from semi-finished to final sterilization.
Full-cycle raw material traceability ensuring product safety and regulatory audit readiness.
Over 300 active models with 10+ new products introduced monthly to meet clinical trends.
Q: How do you handle localized regulatory compliance?
A: We provide comprehensive documentation support for local registrations, including technical files for CE, MDR, and FDA submissions, ensuring a smooth path to your local market.
Q: What makes your Interbody Fusion Cages superior?
A: Our proprietary titanium-coating technology enhances bone-implant interface, while our PEEK core provides optimal radiographic visibility, reducing revision risks.
Q: What is the lead time for custom orthopaedic implant designs?
A: Leveraging our rapid prototyping capabilities, we can move from initial CAD design to a functional pilot model in as little as 3-4 weeks.
