Grai Orthopedic Implants
Grai Orthopedic Implants
High-quality medical titanium locking plates for upper and lower limb surgeries.
The global orthopedic implant market is witnessing a significant shift towards anatomically pre-contoured locking systems. Distal radius fractures are among the most common injuries encountered in orthopedic trauma, particularly due to the aging global population and the rise in high-energy sports injuries. As a leading OEM/ODM Distal Radius Locking Plates factory, we understand that surgeons today require more than just a fixation device; they require a system that ensures early mobilization and long-term stability.
Currently, the industrial demand for titanium-based distal radius plates has surged in Europe, North America, and Southeast Asia. The transition from traditional stainless steel to Grade 5 Titanium Alloy (Ti6Al4V ELI) has become the gold standard due to its superior biocompatibility, lower weight, and reduced interference with MRI/CT imaging. Global distributors are increasingly seeking manufacturing partners who can provide customized ODM solutions to fit diverse anatomical variations across different ethnic populations.
Our plates feature polyaxial locking holes allowing for up to 20-degree screw angulation, enabling surgeons to target specific bone fragments with clinical precision.
Low-profile plate designs minimize soft tissue irritation and tendon impingement, a critical factor for successful volar approach surgeries.
With CE, MDR, and FDA certifications, our products meet the stringent safety requirements of international healthcare systems.
The trend in distal radius fixation is moving towards smaller incisions and less periosteal stripping. Our Variable Angle (VA) Locking Plates are designed specifically to support MIS techniques, reducing recovery time and post-operative pain for patients. This is a primary driver for procurement teams in high-end private hospitals and trauma centers.
Artificial Intelligence and 3D modeling are revolutionizing how locking plates are designed. As a forward-thinking ODM Distal Radius Locking Plates exporter, we utilize advanced CAD/CAM software to simulate fracture fixations, ensuring that each plate profile matches the volar tilt and radial inclination of the target anatomy perfectly.
In the post-pandemic era, global medical device distributors are looking for "Value-Based Healthcare" solutions. China's manufacturing sector, exemplified by our facility, offers the perfect balance between high-precision technology and cost-efficiency. Our factory's vertical integration—from raw material traceability to advanced CNC machining—guarantees a stable supply chain for international partners.
Factory certified with ISO13485 and BSCI. We implement strict quality control processes ensuring every implant meets surgical standards.
Minor customization or complete new design. Our 8 senior engineers and R&D team introduce 10+ new products monthly to keep you ahead of the market.
Full raw material traceability. We use only medical-grade titanium and stainless steel with comprehensive laboratory testing for fatigue and corrosion resistance.
Customer satisfaction is our priority. We offer Free replacement within one year and dedicated after-sales agency policy assistance.
Expanding our reach beyond distal radius to complete trauma systems.
Our Distal Radius Locking Plate systems are engineered for both volar and dorsal surgical approaches. The volar locking plate has become the preferred choice for most distal radius fractures as it offers a stable environment for healing while avoiding the complications associated with dorsal plating, such as extensor tendon rupture. Our plates feature rounded edges and a highly polished surface to further reduce friction and irritation.
As a professional exporter of orthopedic implants, we provide a holistic solution that includes not only the implants but also the precision orthopedic instruments required for the procedure. Our commitment to innovation is reflected in our advanced laboratory facilities, where we conduct rigorous fatigue testing to simulate years of physiological loading, ensuring that every patient receives a reliable implant that stands the test of time.
