A cervical lateral connector is a specialized component in posterior cervical spinal instrumentation, designed to connect rods to lateral mass or pedicle screws when direct alignment is not possible. It allows for lateral offset adjustment, enabling surgeons to compensate for anatomical variations or non-linear screw placement without excessive rod contouring.

This connector enhances construct versatility and surgical ease, allowing precise alignment of implants while maintaining optimal load distribution and structural stability. It plays a key role in achieving a well-balanced and secure fixation system, especially in complex or multi-level cervical procedures.

Manufactured from medical-grade titanium or titanium alloy, cervical lateral connectors offer excellent strength, fatigue resistance, and biocompatibility. The design includes secure locking mechanisms to ensure firm attachment to both rod and screw components, minimizing micromotion and improving long-term performance.

Cervical lateral connectors are widely used in posterior cervical fusion, trauma fixation, deformity correction, and revision surgeries, where adaptability and reliable fixation are essential.

🔹 Key Features

• Provides lateral offset connection between screw and rod
• Enhances flexibility in implant alignment
• Reduces need for excessive rod bending
• Improves construct stability and load distribution
• Secure locking mechanism
• Made from titanium or titanium alloy

🔹 Common Applications

• Posterior cervical fusion
• Cervical trauma and instability
• Deformity correction procedures
• Revision cervical spine surgeries