Occipito-Cervico-Thoracic Posterior Fixation Instruments

This foundational instrument set is designed for occipito-cervico-thoracic (OCT) posterior fixation surgeries using posterior rod-screw systems. Comprising 34 precision instruments, the set supports the complete surgical workflow from intraoperative localization and bone channel preparation (opening, drilling, tapping) to screw and rod implantation, contouring, and final locking.

Crafted from high-quality stainless steel for superior corrosion resistance and biocompatibility, the system is engineered around the principles of long-segment stabilization and multi-level adaptability. 

Through radiopaque localization components, adjustable drill guides, and multi-functional screw-rod tools, the set enables integrated fixation across the occiput, cervical spine, and thoracic spine, making it ideal for complex instability, scoliosis, and long-segment reconstruction following trauma or tumor resection.

• Curved Curette Design 
  Arc-shaped blade conforms to cervical endplate anatomy, enabling thorough disc and cartilage removal with minimal damage.
  
• Comprehensive Trial Spacer System
  Includes 11 trapezoidal, laser-marked spacers for precise measurement and fit under fluoroscopy.
  
• Anatomical Matching Concept
  Tools designed to align with cervical anatomy, improving fusion cage placement accuracy.
  
• Stepwise Implantation Tools
  Gradual insertion instruments reduce resistance and ensure stable cage delivery.
  
• Controlled Bone Grafting Tools
  Bone graft filler ensures even, quantitative filling to promote optimal bone integration.
  
• Biocompatible Stainless Steel
  High-grade stainless steel ensures corrosion resistance and long-term surgical safety.
  
• Modular Design for Multi-Level Surgery
  One set covers full cervical range, simplifying instrument management and reducing procurement costs.

• Enhanced Long-Segment Stabilization:
  Pre-contoured rods (110mm - 240mm) paired with alignment guides, compression distractors, and calibrated tools allow precise 3D correction across multiple vertebral levels.
  
• Adaptability to Complex Anatomy:
  The adjustable drill guide and universal screw inserter accommodate complex structures like the occipital slope, lateral masses, and pedicles, reducing neurovascular risk.
  
• Optimized Surgical Efficiency:
  Quick-release handles and rod cutting tools speed up intraoperative tool changes, supporting streamlined execution in demanding long-segment procedures.
  
• Cost-Effectiveness & Compatibility:
  A single set covers the entire OCT region and is compatible with various screw-rod systems, reducing inventory burden and procurement costs.