Essential 489.035 - Synthes 7.5mm Ti Anterior Spinal Locking Scr 35mm Thrd Length (each) Gadget [dq1ROjSG]

7.5mm Synthes Anterior Spinal Locking Screw

Introducing the Synthes 7.5mm TI Anterior Spinal Locking Screw, a premium-quality medical device designed for precision and reliability. This locking screw is a vital component in anterior spinal procedures, offering exceptional stability and security. With its 35mm thread length, it ensures a secure fit in various spinal applications. The screw is crafted from titanium (TI), renowned for its strength and corrosion resistance, making it ideal for long-term use in spinal surgeries.

• High-quality titanium for strength and durability
• 35mm thread length for secure fit and stability
• Optimized for anterior spinal procedures

Product Specifications and Technical Details

The Synthes 7.5mm TI Anterior Spinal Locking Screw boasts several key specifications that set it apart from other spinal locking screws. Engineered with precision, the screw features a unique locking mechanism that provides unparalleled stability during surgery. Its 7.5mm diameter is suitable for a wide range of spinal conditions, ensuring a customized fit for each patient. The screw is also designed with a smooth surface finish to reduce friction and improve overall performance.

• 7.5mm diameter for versatility in spinal procedures
• Smooth surface finish for reduced friction and improved performance
• Corrosion-resistant titanium (TI) material for long-term durability

Practical Uses and Benefits

The Synthes 7.5mm TI Anterior Spinal Locking Screw is a game-changer in spinal surgery. Its robust design and reliable performance make it an essential tool for orthopedic surgeons and spine specialists. Whether you're dealing with fractures, deformities, or degenerative conditions, this locking screw provides the stability needed for successful outcomes. Its ease of use and precise fit ensure minimal invasive procedures, leading to quicker recovery times and improved patient satisfaction.

• Enhanced stability for successful surgical outcomes
• Minimal invasive procedure for quicker recovery
• Ideal for a wide range of spinal conditions