High-quality 04.613.516 - Synthes 4.0mm Ti Cervical Self-retain Screw Slf-drlg/ Variable Angle 16mm (each) Best Choice [5ScDNRZI]

Top-Quality Cervical Self-Retain Screw

Introducing the Synthes 4.0mm TI Cervical Self-Retain Screw, a premium medical device designed for precise and secure fixation in cervical spinal procedures. This innovative screw features a variable angle design, providing flexibility and ease of use for surgeons. With its reliable self-retaining mechanism, the SLF-DRLG screw ensures optimal stability and reduces the risk of loosening post-surgery. This high-quality product is crafted with precision, making it a trusted choice for orthopedic surgeons worldwide.

• Variable Angle design for enhanced flexibility and ease of use
• Self-Retaining Mechanism for secure fixation and reduced risk of loosening

Technical Specifications and Properties

The Synthes 4.0mm TI Cervical Self-Retain Screw is designed with cutting-edge technology to meet the highest standards of medical excellence. Each screw measures 16mm in length, offering the ideal size for various cervical spinal procedures. The titanium (TI) material ensures excellent biocompatibility, durability, and corrosion resistance. The screw's surface finish is designed to minimize friction and promote optimal bone-to-screw contact, enhancing the healing process and reducing the risk of complications.

• 16mm Length for versatile use in cervical spinal procedures
• Titanium Material for superior biocompatibility and durability

Practical Applications and Benefits

The Synthes 4.0mm TI Cervical Self-Retain Screw is an essential tool for orthopedic surgeons specializing in cervical spinal surgeries. Its advanced features make it ideal for a wide range of applications, including cervical fusion, spinal stabilization, and deformity correction. By providing secure fixation and reducing the risk of complications, this screw helps improve patient outcomes and recovery times. Surgeons rely on the Synthes screw for its precision, reliability, and ease of use, making it a valuable addition to any surgical toolkit.

• Optimal for cervical fusion, spinal stabilization, and deformity correction
• Improves patient outcomes and recovery times through secure fixation and reduced risk of complications