It is the company’s first 3D-printed cervical interbody device and has a high strength-to-porosity ratio compared to similar 3D-printed structures, according to a June 21 news release. It has 65 percent endplate porosity and 75 percent body porosity for stability and graft packability.
The device is cleared for use at multiple contiguous levels with the company’s Shoreline plating or Admiral anterior cervical plate. It is available in multiple footprints and lordosis options.
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