Minimally Invasive

CALIBER^® is an innovative expandable lumbar fusion device that represents the future of MIS by optimizing endplate-to-endplate fit and minimizing insertion force.

CALIBER^®-L is an expandable lateral lumbar fusion device designed to streamline insertion and optimize fit.

The CAPITOL^® MIS Cervico-Thoracic (CT) Stabilization System has been designed to eliminate the challenges associated with posterior CT fusion, with user friendly construct assembly and a muscle-sparing approach.

CORRIDOR^® is a screw fixation system that can be performed through a small diameter radiolucent drill guide to facilitate site access and positioning.

CREO MCS^® revolutionizes patient care by providing enhanced cortical screw fixation paired with advance interbody technology through a simple minimally invasive midline surgical approach.

CREO MIS^® is a posterior percutaneous stabilization system featuring extended screw heads.

INDEPENDENCE MIS™ is an integrated lumbar plate-spacer designed to deliver anchor fixation in fewer procedural steps through a less invasive surgical corridor than traditional integrated spacers.

InterContinental^® Plate-Spacer is the next generation system in minimally invasive lateral fixation.

LATIS® is an innovative expandable lumbar interbody fusion spacer providing an ALIF footprint through a TLIF approach.

MARS™ is a 4-bladed Minimal Access Retractor System designed to access the spine through a less invasive approach.

The MARS™ Anterior Retractor provides the stability and versatility to allow for a minimal access retroperitoneal approach.

The MARS™ Anterior Retractor provides the stability and versatility to allow for a minimal access retroperitoneal approach.

The MARS™ Midline Retractor is a low-profile, fully customizable retractor system designed to enable optimal access and visibility for direct decompression, cortical screw fixation, and interbody fusion through the single, small incision of the Centr

The MARS™ Port System is a series of radiolucent PEEK ports for efficient access to the lumbar spine.

MARS™3V is a versatile and variable vision minimal access retractor system for unprecedented control of tissue retraction in a lumbar interbody fusion procedure.

MARS™3VL is a low-profile linear retractor system designed to facilitate easier and more controlled access.

PLYMOUTH^® is a minimally invasive plate system that is designed to provide stabilization through a single lateral approach.

REVOLVE^® is a posterior stabilization system that improves virtually every step of lumbar MIS procedures, reducing or eliminating the inherent challenges faced with even multilevel surgery.

REVOLVE^®, the most streamlined minimally invasive pedicle screw system on the market, is now available in a low-profile system offering.

RISE^® is an all titanium expandable lumbar fusion device which minimizes insertion force, provides controlled distraction and optimizes endplate-to-endplate fit.

RISE^® IntraLIF^® is an innovative expandable lumbar fusion device that achieves traditional fusion goals through an 8.5mm inner diameter cannula.

The SI-LOK^® Sacroiliac Fixation System is a comprehensive set of hydroxyapatite (HA) coated screws, cannulated drill bits and wires specifically designed for a lateral approach to the sacroiliac (SI) joint.

SIGNATURE^® is an articulating lumbar TLIF spacer made of PEEK radiolucent material that enables restoration of lumbar lordosis, and may be used through an MIS portal.

SP-Fix^® is a spinous process fixation device designed to provide structural stability, indirect decompression and immobilization of adjacent spinous processes.

TransContinental^® is a comprehensive spacer system made of PEEK radiolucent material with extensive instrumentation for Lateral Lumbar Interbody Fusion (LLIF).

The TransContinental^® TPS radiolucent spacer is a titanium plasma spray (TPS) coated lateral lumbar fusion device that combines radiolucency with a titanium interface to bone.

ZYFUSE^® improves upon traditional facet fixation by utilizing a minimally invasive approach with fewer procedural steps.