Axial and parallel connectors, lateral offset connectors, extendable transverse connections, straight rods as well as ready-made oblique rods with lordosis angles, hooks and all auxiliary implants for every diameter that may be needed in the treatment of complicated spinal pathologies are available in the system.

The low-profile screw structure reduces anatomical contact and at the same time minimizes implant damage to soft tissues.

By color coding the core part of the screw that is not in contact with the body, the possibility of the implant releasing substances into the body due to the anodic oxidation process is eliminated. The screws are designed and manufactured as double threaded. This feature It allows the screw to travel fast. It reduces the patient’s bone loss during the operation. Minimizes the risk of pull-out by ensuring a tight grip of the screw. For all screws, the screw length diameter increases parallel to the screw diameter.

Torx-head set screws allow the user to apply more torque force than usual when locking. More torque makes the locking more powerful. Excessive torque on other set screws with a different head form can lead to excessive stripping in the applied area. This risk is minimal in the Torx design. The fact that stripping is minimized even at extreme torques is a factor that extends the life of both the implant and the set screw sender. The special thread form of the set screw prevents any opening of the screw body and thus loosening of the system by shifting the forces arising on the side surfaces in the vertical direction during and after locking.