Grai Orthopedic Implants
Grai Orthopedic Implants
Linear fixators serve as the first line of defense in "Damage Control Orthopedics" (DCO). For high-impact trauma scenarios, these systems provide rapid stabilization, reducing systemic inflammatory responses and saving lives in emergency departments worldwide.
By utilizing modular linear fixation systems, hospitals can reduce inventory costs. Our designs focus on "One-System-Fits-Many," allowing surgeons to address femoral, tibial, and humeral fractures with a single versatile kit.
Leveraging advanced metallurgy and engineering, our linear fixators optimize the balance between rigidity for bone healing and flexibility to prevent stress shielding, ensuring faster patient mobilization.
The global orthopedic external fixation market is projected to reach billions by 2030, driven by an aging population and an increase in road traffic accidents. As a leading Linear Fixators Supplier & Exporter, we bridge the gap between high-end surgical requirements and cost-effective manufacturing.
Factory Sqm Area
Expert Employees
Product Models
Raw Material Traceability
In an era of global uncertainty, we maintain a robust supply chain with raw material reserves (Grade 5 Titanium and 316L Stainless Steel) to ensure zero-delay delivery for our international partners. Our export logistics are optimized for medical-grade handling, ensuring sterile integrity from factory to OR.
Developing digital twin models for surgeons to simulate fixator placement before the first incision.
Transitioning toward radiolucent carbon fiber materials for unobstructed X-ray monitoring during healing.
Exploring hydroxyapatite-coated half-pins to reduce pin-site infections and improve bone-to-pin interface.
Integration of strain gauges within the fixator body to monitor real-time bone healing progress via mobile apps.
Navigating the regulatory landscape of medical devices requires deep expertise. Our compliance department ensures every product meets the rigorous standards of different regions:
We provide localized technical dossiers, clinical evaluation reports (CER), and post-market surveillance (PMS) data to assist our local distributors in rapid registration and market entry.
Factory covers an area of 15,000 m², certified with ISO13485 and BSCI. Products certified with CE, MDR, and FDA. Our team includes 500 employees, including 8 senior engineers and 10 QC specialists.
Over 300 different models available. 10 new products introduced every month by our experienced R&D team. Customizable designs and packaging to meet your specific needs.
Raw material traceability identification, semi-product and finished product inspection. Advanced laboratory facilities for comprehensive testing.
Free replacement within one year. After-sales support with agency policy assistance.
Wire-electrode Cutting
Machining
Carving Specialist Division
Presion Machining
Linear fixators are essential in humanitarian aid. Their rapid application under minimal anesthesia makes them ideal for field hospitals in conflict zones or earthquake-stricken areas.
Customized small-scale linear fixators allow for gradual distraction osteogenesis in children with congenital limb length discrepancies, offering a path to normal mobility.
For elderly patients with poor bone quality, our specialized locking half-pins provide superior purchase, reducing the risk of implant pull-out in osteoporotic bone.
A: Linear fixators are generally faster to apply, have a shorter learning curve for surgeons, and are less bulky for the patient. They are preferred for unilateral diaphyseal fractures, while circular fixators are often reserved for complex multi-planar deformities.
A: We use medical-grade Titanium Alloy (Ti-6Al-4V ELI) which undergoes rigorous passivation and sterilization processes. Each batch is accompanied by a material certificate and subjected to fatigue testing to ensure it withstands physiological loads.
A: Yes, with our 15,000 m² facility and 8 senior engineers, we provide comprehensive OEM/ODM services, including minor customizations and completely new product development based on surgical feedback.
A: Standard products are usually in stock and can be dispatched within 7-14 days. Custom orders or large-scale tenders typically require 30-45 days depending on the complexity and volume.
