Synthes 202.736 3.0mm Cannulated Screw Long Thread/36mm

Synthes 202.736 3.0mm Cannulated Screw Long Thread/36mm

Synthes 

• Model: 202.736
• Diameter: 3.0mm
• Length: 36mm

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.

What is the Synthes Cannulated Screw?

The Synthes Cannulated Screw is a specialized surgical implant that features a 3.0mm diameter and a long thread measuring 36mm. Cannulated screws are designed to be inserted over a guide wire, allowing for precise placement and stability within the bone. This makes them an essential tool in orthopedic surgery, specifically for fracture fixation and reconstruction. Because of its design, it minimizes the need for extensive soft tissue dissection, facilitating a quicker and less traumatic surgical process.

Benefits of Using Cannulated Screws

One of the significant advantages of the Synthes Cannulated Screw is its versatility in various surgical applications. Its cannulated design allows surgeons to accurately position the screw without direct visualization of the screw path, which is crucial during complex procedures. Additionally, the long thread provides enhanced holding power in bone, ensuring that the screw remains securely in place, even under stress. Surgeons choose this product because it simplifies the surgical technique and improves patient outcomes.

Applications in Orthopedic Surgery

The Synthes Cannulated Screw is used for a wide range of applications in orthopedic surgery. It is particularly effective in the treatment of fractures in the long bones, like the femur and tibia, as well as in the pelvis. This screw allows for minimal invasive approaches, which promote faster healing times and improve patient comfort. Surgeons often rely on the Synthes Cannulated Screw because of its high quality and reliability, which are crucial during critical surgical procedures.