CREATION 3.5 Posterior Cervical Spinal Screw-Rod System

• The design of wide screw threads with a negative angle provides greater holding power.
• The 3.5-5.5mm conversion rod simplifies the operation.
• The unique occipital plate design features a low profile, facilitating rod placement.

Unique and innovative multi-axial screws are provided for selection.

Multi-axial Reduction Screw

(Offset Angle Screw)

            The design of wide screw threads with a negative angle improves the locking strength.

            The offset plane design increases the range of motion angles.

             The nail-holding groove design makes it convenient for the instrument to grip the screw.

• The 56° angulation can address the most extreme angular trajectories during surgery.
• It has a larger range of motion angles, which conforms to the anatomical and mechanical characteristics of cervical spine fixation.

Scope of Application: It is applicable to degenerative disc diseases, fractures/dislocations, spinal canal stenosis, atlanto-occipital joint dislocations, etc.

     Multi-axial screw

     Larger range of motion angles,

It conforms to the anatomical and mechanical characteristics of cervical spine fixation.

The set screw features a design of wide screw threads with a negative angle, providing greater holding power compared to ordinary negative-angle threads.

The screw seat is designed with wide screw threads at a negative angle, which improves the locking strength. The nail-holding groove design makes it convenient for the instrument to grip the screw.

                                                                            

Wide screw threads              Low-profile design              Latching and                    Cross-connection              Lateral connector

with negative angle                                                    cross-connection design        rod assembly

                                                                      

It has a large range of motion angles,                    The offset plane design increases the range of motion angles.

ensuring more stable gripping.

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