INDEPENDENCE MIS AGX™ is an integrated ALIF allograft spacer designed to minimize disruption to patient anatomy while preserving the natural…

The InstaFill™ Graft Delivery System is designed to load and deliver synthetic bone graft, allograft, and autogenous bone graft quickly…

InterContinental™ is an integrated lateral interbody spacer with an optimized screw design to compressively load the graft and help promote…

KINEX™ and KINEX™ PLUS Bioactive’s components are designed to recruit and signal osteoblasts, promote early vascular development and bind proteins…

Our knee solutions enable surgeons to treat patients ranging from early intervention to total knee reconstruction to revision procedures

LATIS™ is an innovative laterally expanding interbody spacer designed to provide the benefits of an ALIF spacer through a TLIF…

The MAGNIFY™ expandable ALIF spacer is designed to minimize impaction and optimize fusion. The small insertion height, continuous expansion, and…

MAGNIFY™-S is an all titanium integrated expandable ALIF spacer designed to maximize indirect decompression, restore disc height, and optimize fusion…

MARS™3V Retractor provides the versatility, stability, and precision required to access hard-to-reach disc spaces.

MARS™3V Retractor provides the versatility, stability, and precision required to access hard-to-reach disc spaces.

MARS™3VL’s simplified design and enhanced functionality allows the freedom to focus more on the surgery and less on the setup.

MARS™ ACDF Cervical Retractor has a small, sleek stainless steel body with side-loading radiolucent titanium blades. A wide range of…

MARS™ Anterior Retractor maximizes working area through individual blade retraction and angulation, with an unrivaled 360° blade handle-to-frame connection. The…

The MARS™ Lateral ALIF Retractor System is designed for the lateral ALIF procedure and features multiple fixation and retraction options…

The MARS™ Midline Retractor is a low-profile fully customizable retractor system designed to enable optimal access and visibility for direct…