Cervical
Implant Systems
Occipito - Cervico - Thoracic System
- Provides immobilization and stabilization of spinal segments as an adjunct to fusion
- Allows for easier screw fixation in difficult anatomy
- Allows flexibility for screw placement and rod capture
- Angled foot designed to sit just above C1to facilitate rod placement and minimize material stress
- Transverse Connector- attaches to the rod to maintain a low profile
Spinal Stabilization Cervical Posterior Polyaxial Screw
- Intraoperative choice of stiffness and strength at time of implantation 3.5mmTi6Al4V-ELI rod at a lower profile
Spinal Stabilization Cervical Posterior Occipital Plate Screw
Spinal Stabilization Cervical Posterior Occipital Plate
Cervical Anterior Plate System
- Titanium alloy material providing high strength with low thickness
- Simple locking mechanism
- Five different length options with two different diameters
- High degree of titanium alloy screw angulation
- Streamlined instrumentation
Cervical Anterior Plate Screws
- Titanium alloy self-tapping screws
- Five different length options with two different diameters (3.5mm & 4.0mm)
Cervical Peek Cage
- MRI compatible PEEK material
- Convex design replicates the anatomy of the cervical spine
- Self-retaining teeth for gripping the end plates and resisting expulsion
- Wide grafting space to enhance bone fusion
- Sterile packaging for cases reducing sterilization burden and the possibility of infection
Cervical Bladed Peek Cage
- Locking blade mechanism preventing migration of cage
- Threaded surface
- Visibility on X-Ray with Titanium markers
- Sterile packaging for cases reducing sterilization burden and the possibility of infection
Cervical Expandable Peek Cage
- Expandable structure up to 1 size allowing to adjust the height of the intervertebral space.
- Time saving application method.
- Threaded surface
- Visibility on X-Ray with Titanium markers
- Sterile packaging for cases reducing sterilization burden and the possibility of infection
Standalone Cervical Cage System
- Interbody fusion device with internal screw fixation
- No added anterior profile
- Angled and flexible instrumentation
- Large graft volume
- Optimized screw angulation
- Self-locking screws
- Adaptive sizing
Cervical Corpectomy
- Rotatable superior endplate
- No added anterior profile
- Angled and flexible instrumentation
- Large graft volume
- Adaptive sizing
- One stage locking mechanism to prevent displacement
Disc Prosthesis
- Biocompatible titanium alloy material
- Fast and safe bonding between bone and prosthesis surface of sharp teeth
- Natural motion pattern through shape and type of inlay/prosthesis, the analogy between motion patterns of facet joints and prosthesis
- Good conformity with the anatomy of the vertebral body and improved primary stability by the anatomical shape of prosthesis plates
- Safe and easy application in cases with narrow disc space through a small height of the prosthesis
- Flexible use in different grades of degeneration through specific designs
- Low risk of complication through safe materials and simple surgical technique
