Worldwide Shipping 474.236 - Synthes 12mm Titanium Cannulated Femoral Nail 360mm (each) Holiday Edition [QlchD1m7]

Synthes 12mm Titanium Cannulated Femoral Nail

Introducing the Synthes 12mm Titanium Cannulated Femoral Nail, a cutting-edge orthopedic solution designed for precision and durability. This high-quality medical instrument is crafted from premium titanium, offering exceptional strength and corrosion resistance. With a length of 360mm, this nail is ideal for a variety of femoral fractures, ensuring optimal stability and alignment. The cannulated design facilitates easier insertion and minimizes the risk of damage to surrounding tissues.

• 12mm Diameter for robust structural support.
• 360mm Length for versatility in various fracture types.
• Cannulated Design for reduced tissue trauma and improved insertion.

Product Properties and Specifications

The Synthes 12mm Titanium Cannulated Femoral Nail is engineered with meticulous attention to detail, ensuring optimal performance in surgical procedures. Key features include a sleek, smooth surface finish that reduces friction during insertion, and a threaded design that provides enhanced compression across the fracture site. This nail is available in a range of sizes to accommodate individual patient needs. Its lightweight construction also contributes to patient comfort and recovery.

• Smooth Surface Finish for easier insertion and reduced friction.
• Threaded Design for increased compression and stability.
• Available in various sizes to fit a wide range of patient needs.

Practical Uses and Benefits

The Synthes 12mm Titanium Cannulated Femoral Nail is an invaluable tool for orthopedic surgeons seeking to provide their patients with the best possible outcomes. Its advanced design and construction make it a reliable choice for treating femoral fractures, promoting rapid healing and minimizing post-operative complications. This product is ideal for both routine surgeries and complex cases, offering the versatility and precision required for successful outcomes.

• Advanced Design for optimal stability and healing.
• Reduced Friction for easier insertion and reduced patient discomfort.
• Enhanced Compression for optimal fracture alignment and stability.