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Delivering Unmatched Capabilities In Cervical Spacer Design
Titanium Alloy
Hyperlordotic 14° and Lordotic 7° options
Spikes and superior/inferior window
geometry to resist rotation
Convex surfaces to match
the spinal endplates
Roughened and optimized
porous surfaces
DOS – Dynamic OsteoStabilizers to resist bending moments
Large lateral windows to allow for radiographic confirmation of fusion
Delivering Unmatched Capabilities In Cervical Spacer Design
Delivering Unmatched Capabilities In Cervical Spacer Design