Synthes 208.442 6.5mm Cannulated Screw 32mm Thread 100mm

Synthes 208.442 6.5mm Cannulated Screw 32mm Thread 100mm

Synthes 

• Model: 208.442
• Diameter: 6.5mm
• Length: 100mm

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

Optimal Design for Precision in Surgery

The Synthesis Cannulated Screw features a 6.5mm diameter and a 32mm thread, making it a key component for various orthopedic surgeries. This screw is designed to provide precise fixation in bone fractures, allowing surgeons to securely stabilize affected areas. Its cannulated design facilitates easier insertion over a guide wire, reducing surgical time and improving overall efficiency. Therefore, orthopedists prefer this screw for complex procedures due to its reliability and effectiveness in enhancing patient outcomes.

Durable and Reliable Material Composition

Constructed with high-quality materials, the Synthesis Cannulated Screw offers excellent durability and strength, ensuring it can withstand the mechanical stresses encountered during both the surgical procedure and everyday use. Doctors appreciate that its robust design minimizes the risk of breakage or loosening over time, thereby providing peace of mind. Because this screw can maintain its integrity under demanding conditions, it is trusted by healthcare professionals throughout the industry.

Versatile Application in Orthopedic Procedures

This cannulated screw is versatile and applicable to various orthopedic procedures, including fracture fixation and joint stabilization. It adapts well to different anatomical sites, which makes it an invaluable resource in any surgical setting. Surgeons often utilize the Synthesis Cannulated Screw for its adaptability, as it provides a solution for unique patient needs. Hence, the Synthesis Cannulated Screw is an excellent choice for enhancing surgical outcomes across diverse scenarios while ensuring superior performance.