Cervical

Occipito - Cervico - Thoracic System

1.Provides immobilization and stabilization of spinal segments as an adjunct to fusion

2.Allows for easier screw fixation in difficult anatomy

3.Allows flexibility for screw placement and rod capture

4.Angled foot designed to sit just above C1to facilitate rod placement and minimize material stress

5.Transverse Connector- attaches to the rod to maintain a low profile

Spinal Stabilization Cervical Posterior Polyaxial Screw

1.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

1.Titanium alloy material providing high strength with low thickness

2.Simple locking mechanism

3.Five different length options with two different diameters

4.High degree of titanium alloy screw angulation

5.Streamlined instrumentation

Cervical Anterior Plate Screws

1.Titanium alloy self-tapping screws

2.Five different length options with two different diameters (3.5mm & 4.0mm)

Cervical Peek Cage

1.MRI compatible PEEK material

2.Convex design replicates the anatomy of the cervical spine

3.Self-retaining teeth for gripping the end plates and resisting expulsion

4.Wide grafting space to enhance bone fusion

5.Sterile packaging for cases reducing sterilization burden and the possibility of infection

Cervical Bladed Peek Cage

1.Locking blade mechanism preventing migration of cage

2.Threaded surface

3.Visibility on X-Ray with Titanium markers

4.Sterile packaging for cases reducing sterilization burden and the possibility of infection

Cervical Expandable Peek Cage

1.Expandable structure up to 1 size allowing to adjust the height of the intervertebral space.

2.Time saving application method.

3.Threaded surface

4.Visibility on X-Ray with Titanium markers

5.Sterile packaging for cases reducing sterilization burden and the possibility of infection

Standalone Cervical Cage System

1.Interbody fusion device with internal screw fixation

2.No added anterior profile

3.Angled and flexible instrumentation

4.Large graft volume

5.Optimized screw angulation

6.Self-locking screws

7.Adaptive sizing

Cervical Corpectomy

1.Rotatable superior endplate

2.No added anterior profile

3.Angled and flexible instrumentation

4.Large graft volume

5.Adaptive sizing

6.One stage locking mechanism to prevent displacement

Disc Prosthesis

1.Biocompatible titanium alloy material

2.Fast and safe bonding between bone and prosthesis surface of sharp teeth

3.Natural motion pattern through shape and type of inlay prosthesis, the analogy between motion patterns of facet joints and prosthesis

4.Good conformity with the anatomy of the vertebral body and improved primary stability by the anatomical shape of prosthesis plates

5.Safe and easy application in cases with narrow disc space through a small height of the prosthesis

6.Flexible use in different grades of degeneration through specific designs

7.Low risk of complication through safe materials and simple surgical technique