Smith & Nephew 00579104100 ZUK 48mm Headed Screw

Smith & Nephew 00579104100 ZUK 48mm Headed Screw

• Model: 00579104100 (Smith & Nephew)
• for Implantation Positioning

Model: 00579104100 

Expires: 2029-10-21, 2029-10-26

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.

Precision Engineering for Enhanced Stability

The Smith & Nephew 00579104100 ZUK 48mm Headed Screw is designed with precision engineering, ensuring enhanced stability during orthopedic surgeries. This innovative headed screw facilitates secure implantation positioning, which is crucial for successful surgical outcomes. Surgeons rely on its robust design to maintain alignment during the procedure. Therefore, utilizing this screw can significantly reduce the chances of complications, providing peace of mind to both the medical team and the patient.

Versatile Applications in Orthopedic Surgery

This headed screw is versatile and can be used in various orthopedic surgical procedures. It is particularly effective in joint reconstruction and fracture fixation, where exact positioning is essential. However, its adaptability makes it suitable for a range of implant systems. As such, surgeons appreciate its utility across multiple application areas, ensuring that they have the right tools to deliver exceptional care, regardless of the surgery.

Enhanced Patient Outcomes through Quality Products

The use of high-quality materials in the Smith & Nephew 00579104100 ZUK 48mm Headed Screw directly contributes to improved patient outcomes. The solid construction of the screw means that it can withstand the stresses and strains associated with healing post-surgery. What’s more, because it is designed to integrate seamlessly with different implants, it fosters better healing environments for patients. Hence, healthcare providers prefer this screw for its reliability and strong performance in real-world applications.