Bestselling 04.001.432s - Synthes Titanium Cannulated Humeral Nails-ex 9mm X 260mm -sterile (each) Secure Checkout [KwkeOPUl]

Synthes Titanium Humeral Nails - EX 9mm x 260mm

Introducing the Synthes Titanium Cannulated Humeral Nails - EX, a state-of-the-art orthopedic solution designed for optimal healing and recovery. This sterile, high-quality medical device is crafted from premium titanium, offering exceptional strength and durability. The EX series is renowned for its precision engineering and reliable performance, making it a preferred choice among healthcare professionals worldwide.

• Superior Titanium Construction: The nails are made from pure titanium, ensuring maximum strength and corrosion resistance.
• Optimized Length and Diameter: The 9mm diameter and 260mm length provide a perfect fit for various humeral fractures, ensuring stability and support.

Product Specifications and Technical Details

The Synthes Titanium Cannulated Humeral Nails - EX is designed with meticulous attention to detail. Each nail features a cannulated design for precise placement and reduced soft tissue damage during surgery. The nails are available in a range of sizes to accommodate different patient requirements, ensuring a tailored treatment approach.

• Cannulated Design: Facilitates precise placement and minimizes soft tissue trauma during surgical insertion.
• Multiple Sizes Available: Offers flexibility in treatment planning for various humeral fracture types and patient sizes.

Practical Uses and Target Audience

The Synthes Titanium Cannulated Humeral Nails - EX is an essential tool for orthopedic surgeons specializing in fracture care. This product is ideal for the treatment of humeral fractures, providing a stable and secure fixation option. Whether you are a seasoned professional or a practicing surgeon, this high-quality nail can enhance your surgical outcomes and patient satisfaction.

• Orthopedic Surgeons: Perfect for use in the surgical treatment of humeral fractures.
• Enhanced Healing: The superior design and material contribute to faster recovery and improved patient outcomes.