Synthes 214.742 4.5mm Cannulated Screw Fully Threaded/42mm

Synthes 214.742 4.5mm Cannulated Screw Fully Threaded/42mm

Synthes

• Model: 214.742
• Diameter: 4.5mm
• Length: 42mm

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 Synthesis Cannulated Screw?

The Synthesis 214.742 4.5mm Cannulated Screw is an advanced surgical tool specifically designed for orthopedic procedures. This fully threaded screw offers exceptional versatility and provides secure fixation at various sites. Its unique cannulated design allows for easier insertion over a guide wire, which not only saves time during surgeries but also minimizes trauma to the surrounding tissue. Because of its precision and reliability, surgeons often prefer this screw for complex fracture treatments.

Why Choose the Synthesis Cannulated Screw?

Choosing Synthesis means opting for quality and efficiency in surgical procedures. The 4.5mm diameter is perfect for a range of applications, from fixing fractures to stabilizing joint reconstructions. The fully threaded nature of the screw enhances its grip within the bone, ensuring stability and promoting faster recovery for patients. Doctors appreciate how easy it is to use, which leads to shorter procedure times and improved patient outcomes. Therefore, it stands out as a top choice in orthopedic surgery.

Applications of the Synthesis 214.742 Screw

This cannulated screw is not only well-suited for traditional fracture repair but also for a variety of other orthopedic applications, such as lag screw techniques and spinal fusion procedures. Its adaptable design makes it effective for diverse patient needs, whether in emergency situations or planned surgeries. Furthermore, the screw's precision-crafted threads ensure a secure fit, thus reducing the risk of screw loosening post-operatively. In summary, it serves various surgical requirements effectively, which is critical in today’s medical field.