The 6.5mm cannulated cancellous screw represents precision engineering in orthopedic implants, specifically developed for surgical management of femoral neck and condylar femur fractures. Manufactured from medical-grade stainless steel or titanium, this implant features a cannulated core that facilitates accurate placement over guide wires, significantly enhancing surgical precision while reducing procedure complexity. With its standardized 6.5mm diameter and comprehensive length selection from 25mm to 110mm in 5mm increments, it provides surgeons with the flexibility needed to address varying patient anatomies and fracture patterns. The fully threaded design ensures optimal engagement with cancellous bone tissue, delivering stable compression and creating ideal conditions for bone healing. This reliable implant has become the preferred choice for medical professionals seeking consistent performance in fracture fixation procedures.

This specialized screw finds extensive application ac...

The 6.5mm cannulated cancellous screw represents precision engineering in orthopedic implants, specifically developed for surgical management of femoral neck and condylar femur fractures. Manufactured from medical-grade stainless steel or titanium, this implant features a cannulated core that facilitates accurate placement over guide wires, significantly enhancing surgical precision while reducing procedure complexity. With its standardized 6.5mm diameter and comprehensive length selection from 25mm to 110mm in 5mm increments, it provides surgeons with the flexibility needed to address varying patient anatomies and fracture patterns. The fully threaded design ensures optimal engagement with cancellous bone tissue, delivering stable compression and creating ideal conditions for bone healing. This reliable implant has become the preferred choice for medical professionals seeking consistent performance in fracture fixation procedures.

This specialized screw finds extensive application across orthopedic surgery departments, trauma centers, and healthcare facilities managing complex bone injuries. It serves as a fundamental component in hip and knee procedures, particularly femoral neck fracture repairs and condylar femur stabilizations. Hospitals ranging from public institutions to private surgical centers maintain this implant in their inventory due to its proven reliability in high-demand clinical scenarios. Orthopedic device distributors and wholesalers supply this product to clinics and medical institutions globally, ensuring it meets rigorous regulatory standards for surgical implants. The screw's design principles also make it suitable for veterinary orthopedic applications, demonstrating its versatility across medical disciplines.

The inherent value of this cannulated cancellous screw lies in its demonstrated reliability and perfect suitability for critical surgical interventions. For medical suppliers and distributors, it represents a low-risk, consistently demanded product that aligns perfectly with healthcare market requirements for quality orthopedic devices. The availability in both stainless steel and titanium materials, combined with extensive length variations, enables businesses to meet specific client preferences and surgical needs. The screw's engineered design contributes to reduced surgical duration and improved patient outcomes, which builds trust and preference among orthopedic surgeons and medical institutions. By providing a product that performs reliably in challenging surgical situations, businesses can establish enduring partnerships with healthcare providers, ensuring sustained demand and business growth.

Key Features:
- Manufactured from medical-grade stainless steel or titanium ensuring durability and biocompatibility
- Cannulated design enables precise guided placement over wires for accuracy
- 6.5mm diameter with full threading for secure cancellous bone fixation
- Length options from 25mm to 110mm in 5mm increments for versatility
- Specifically engineered for femoral neck and condylar femur fracture applications

Benefits:
- Enhanced surgical precision through guided wire placement technology
- Reduced procedure time and improved operating room efficiency
- Secure bone compression promoting optimal healing conditions
- Compatibility with standard orthopedic instrumentation systems
- Proven reliability in demanding surgical environments