HONOUR™ tPLIF (Transforaminal Posterior Lumbar Interbody Fusion) spacers are manufactured from Solvay Zeniva® PEEK and can be implanted unilaterally or bilaterally through a PLIF approach, unilateral TLIF approach, or anywhere in between, for both open or less invasive procedures. HONOUR tPLIF  implants are available in 2 popular footprints and provided with a complete offering of preparation and insertion instruments.

The INERTIA® Pedicle Screw System is a top-loading comprehensive system intended to address numerous pathologies for the thoracic and lumbar spine. INERTIA pedicle screws are designed with a double-lead thread pattern allowing surgeons to advance the screws twice as fast as standard screws. A unique single-step screw closure mechanism minimizes the chances of cross-threading and significantly reduces head splaying. For more information:

Blade Anterior Cervical Plate is a thin, 2 mm pre-contoured, fixed plate made of CP Titanium to allow for load sharing. The BLADE Anterior Cervical Plate System is designed for anterior cervical applications where a rigid screw kinematic is desired.

Designed by Nexxt Spine® and processed by International Biologics®, the Allo-P Allograft System combines quality machined Allograft bearing the Honour™ Biologics label with precision instrumentation.  Allo-P is available with a complete offering of preparation and insertion instruments.

Facet Fixx™ is a cannulated screw system featuring an intuitive design; allowing fast, reliable, and reproducible access during percutaneous implantation over a guide wire with minimal exposure and dissection. The system features superior implant control, excellent tactile response during screw implantation, a Compression Washer with serrations to "grip" the facet structure, and a full-thread or lag screw options for transfacet applications.

The HONOUR™ TLIF (Transforaminal Lumbar Interbody Fusion) spacers are manufactured from Solvay Zeniva® PEEK and provide maximum endplate contact and support of the anterior vertebral column secondary to its anatomical convex design. HONOUR TLIF implants are available in parallel and angled configurations and provided with a complete offering of preparation and insertion instruments.

The Struxxure™ Anterior Cervical Plate System design is based upon an emerging trend in the peer reviewed literature identifying a significant decrease in moderate to severe ALO when the plate to disc distance is greater than 5mm from the adjacent level. For more information:

Designed by Nexxt Spine®, the Allo-C Allograft System combines quality machined Allograft bearing the Honour™ Biologics label with precision instrumentation.  In addition to both cortical ring and cortical cancellous Allograft options in a full range of heights, Allo-C is available with a complete offering of preparation and insertion instruments. 

Indicated as a cervical interbody spacer, HONOUR™ ORB implants are manufactured from Solvay Zeniva® PEEK and are designed with large open graft windows for maximum bone graft surface area.  Half sizes within the popular 6.0 - 8.0 mm height range provide greater intra-operative options to achieve optimal distraction. HONOUR ORB implants are available in 3 popular footprints and provided with a complete offering of preparation and insertion instruments.

Facet Fixx™ is a cannulated screw system featuring an intuitive design; allowing fast, reliable, and reproducible access during percutaneous implantation over a guide wire with minimal exposure and dissection. The system features superior implant control, excellent tactile response during screw implantation, and full-thread or lag screw options for translaminar applications.

Nexxt Spine expands its INERTIA® Pedicle Screw System with the introduction of the One-Shot™ Pedicle Screw and instrumentation. The introduction of these components provides the surgeon flexibility to choose from an open, mini-open or MIS procedure. The One-Shot Pedicle Screw is designed specifically for surgeons who wish to utilize a guided screw insertion technique without the use of Kirschner wires.

The INERTIA® Polyaxial Reduction Screw is designed to further complement the innovative design of the existing INERTIA Polyaxial Pedicle Screw range.

Low profile design  Simple, visual, and tactile 1/4 turn locking of each screw using the same driver as used for inserting screws Graft and endplate visualization, including partial view between screw holes Patent pending technology

PEEK construction with large graft holes Robust insertion instrumentation Bulleted distal ends for easier insertion Multiple options to support different approaches and surgeon techniques