Synthes 202.610 3.0mm Cannulated Screw Short Thread/10mm

Synthes 202.610 3.0mm Cannulated Screw Short Thread/10mm

Synthes 

• Model: 202.610
• Diameter: 3.0mm
• Length: 10mm

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.

Understanding Cannulated Screw Design

The Synthes 202.610 Cannulated Screw is engineered with precision to meet the demanding needs of orthopedic surgery. Its unique design features a hollow center, allowing for flexible placement around existing hardware, such as guide wires. Because of this, the Cannulated Screw is ideal for minimally invasive procedures, making surgeries quicker and easier for both the surgical team and patients. The short thread design is optimized for enhanced stability while being lightweight, ensuring effective performance without excess stress on the bone.

Applications and Benefits

Cannulated screws are widely used in various orthopedic procedures, especially those involving fractures and joint stabilization. The Synthes 202.610 model provides surgeons with the reliability required during complex operations. Moreover, utilizing this screw can significantly reduce recovery times for patients. Because it minimizes soft tissue disruption, patients often experience less postoperative pain. Therefore, integrating this screw into surgical practice supports better patient outcomes and satisfaction.

Assurance of Quality and Safety

Quality is paramount in medical implants, and the Synthes 202.610 Cannulated Screw meets rigorous manufacturing standards to ensure safety during use. It is crafted from biocompatible materials designed to withstand the conditions of the human body. The screw's durability provides surgeons with the confidence they need, but it also contributes to long-term success following surgery. So, choosing the right equipment like the Cannulated Screw can significantly improve surgical efficiency and patient care.