Lateral Mass Screws are commonly used in Posterior Cervical Spine surgeries to provide stable fixation and support spinal fusion. Designed for placement in the Lateral Mass of the Cervical Vertebrae, these screws help restore spinal alignment and promote healing in cases of trauma, instability or degenerative conditions.

They are compatible with various rod systems and offer flexibility in surgical technique, whether in open or minimally invasive procedures. Engineered for precision and safety, Lateral Mass Screws are a trusted solution for achieving strong and reliable Cervical Spine stabilization.

• Cervical Spine instability e.g., trauma, degenerative disease, or post-laminectomy instability
• Cervical Spondylotic Myelopathy or Radiculopathy when stabilization is needed after decompression
• Cervical Spine trauma e.g., Facet dislocations, fractures
• Cervical deformities e.g., Kyphosis requiring correction and stabilization
• Spinal Tumors or infections requiring stabilization after resection or debridement
• Revision Cervical Spine surgery for additional support or failed prior fixation

The connecting rod for posterior cervical screw systems is crafted from high-strength, medical-grade titanium alloy (Ti-6Al-4V), offering excellent biocompatibility and corrosion resistance. Available in various lengths, the rod ensures versatility across different patient anatomies. Its smooth surface finish facilitates easier insertion and minimizes tissue irritation. Designed for compatibility with standard cervical polyaxial screw systems, it provides secure locking and rigid fixation, while radiolucent markings assist with accurate positioning under fluoroscopic guidance.

The connecting rod used with a transverse connector in Posterior Cervical Screw fixation provides rigid stabilization of the cervical spine. It links Posterior Cervical Screws on adjacent vertebrae, enhancing lateral stability and preventing rotational and translational movements. Made from high-strength biocompatible materials, the rod ensures durability and secure fixation, promoting optimal spinal alignment and fusion.

The Cervical Hook is designed to provide secure anchorage in posterior cervical spine procedures, ensuring stable fixation when used in conjunction with rods and other spinal implants. Manufactured from high-strength titanium alloy, it offers excellent biocompatibility, optimal grip, and long-term durability. Its anatomically contoured, low-profile design minimizes soft tissue irritation and facilitates easy integration into posterior cervical fixation systems.

• Provides strong and stable fixation in posterior cervical constructs
• Anatomically contoured for precise fit and reduced tissue interference
• Compatible with Ø3.0 mm rods for seamless system integration

The Dominos Offset Connector is designed to link misaligned or offset rods in posterior cervical constructs, providing versatile fixation options in complex spinal anatomies. Made from high-strength titanium alloy, it ensures rigid connection, anatomical adaptability, and seamless integration with Ø3.0 mm rod systems.

• Rod-to-rod connection in revision or extension surgeries
• Alignment correction in offset or multi-level constructs
• Bridging between constructs of varying rod trajectories

Engineered for enhanced spinal stability, the transverse connector links bilateral rods in posterior cervical constructs. Made from high-strength titanium alloy, it ensures rigid fixation, easy adjustability, and compatibility with most lateral mass screw systems.

• Secure cross-rod connection
• Adjustable width for anatomical fit
• Lightweight, corrosion-resistant titanium