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• Intraoperative choice of stiffness and strength at time of implantation 3.5mm Ti6Al4V-ELI rod at a lower profile
Angled foot designed to sit just above C1 to facilitate rodplacement and minimize material stress
Transverse Connector- attaches to the rod to maintain alow profile
Titanium alloy material providing high strength with low thicknessSimple locking mechanism• High degree of titanium alloy screw angulationStreamlined ..
Rotatable superior end plate with variable lordotic anglesLocking screw to help ensure distraction is maintained.Optional in-situ insertion of bone gr..
Biocompatible titanium alloy materialFast and safe bonding between bone and prosthesis surface of sharp teethNatural motion pattern through shape and ..
Expandable structure up to 1 size allowing to adjust the height of the intervertebral space.Time saving application method.Threaded surfaceVisibility ..
Locking blade mechanism preventing migration of cageThreaded surfaceVisibility on X-Ray with Titanium markersSterile packaging for cases reducing ster..
MRI compatible PEEK materialConvex design replicates the anatomy of the cervical spineSelf-retaining teeth for gripping the endplates and resisting ex..