Halloween Special Ar-1401t - Arthrex Cannulated Interference Screw 10 X 25mm, Full Thread (each) In Multiple Colors [aJUzf0Hj]

AR-1401T Arthrex Interference Screw

Introducing the AR-1401T Arthrex Cannulated Interference Screw, a premium surgical instrument designed for precision and durability. This full-threaded screw is crafted with the highest quality materials, ensuring reliable performance during surgical procedures. With a length of 10mm and a diameter of 25mm, it offers optimal stability and strength, making it an ideal choice for a wide range of orthopedic applications.

• High-quality materials for superior strength and durability.
• Full thread design for enhanced grip and stability.
• Cannulated design for easier insertion and reduced risk of damage to surrounding tissue.

Product Specifications

The AR-1401T Arthrex Interference Screw is engineered with meticulous attention to detail. It features a cannulated design, which allows for the passage of a guide wire, simplifying the insertion process and reducing the risk of tissue damage. The full-threaded construction ensures maximum grip and stability, crucial for successful surgical outcomes. Each screw is meticulously measured to be 10mm in length and 25mm in diameter, providing the necessary strength for various orthopedic procedures.

• 10 x 25mm size for versatile applications.
• Cannulated for easier insertion and reduced tissue damage.
• Full thread design for enhanced grip and stability.

Practical Applications and Benefits

The AR-1401T Arthrex Interference Screw is a valuable tool for orthopedic surgeons, offering numerous practical applications and benefits. Its design allows for precise placement and secure fixation, which is essential for successful surgical repairs. The screw is particularly useful in fracture fixation, joint reconstructions, and other orthopedic procedures. By choosing this high-quality interference screw, you can expect improved patient outcomes, reduced complications, and enhanced surgical efficiency.

• Optimal stability and strength for reliable fixation.
• Reduced risk of tissue damage due to the cannulated design.
• Enhanced surgical efficiency and improved patient outcomes.