The Reline™ Small Stature system is a deformity fixation solution optimized for the treatment of pediatric patients. The implants are…

Reline™ 3D is a posterior fixation system that unifies traditional deformity techniques into one efficient and holistic procedure to achieve…

The MAGEC™ system utilizes innovative magnetic technology within adjustable growing rods and an external remote controller to help avoid distraction…

The NuVasive Tube System (NTS) is engineered to elevate surgical workflow through efficient, controlled positioning and optimized access for both…

MAS™ TLIF 2 offers less-invasive, pedicle-based access that bridges the gap between open and minimally invasive approaches. Designed for maximized…

Using a medialized approach, the MAS™ Midline System is designed to reduce exposure size while allowing a thorough decompression, facilitating…

Excavation Micro™ is a decompression instrument system designed for use through a tubular approach, featuring straight and bayoneted designs.

Emphasizing precise tissue manipulation, superior ergonomics, and optimized visualization, the Excavation suite of posterior disc prep instrumentation complements each TLIF…

MLX™ is designed to be inserted through a conventional transforaminal lumbar interbody fusion (TLIF) approach. The implant addresses the unique…

Modulus™ TLIF-O is a porous titanium posterior interbody designed with oblique lordosis to maintain coronal balance while restoring sagittal alignment.

Modulus™ TLIF-A is a porous titanium posterior interbody designed for anterior column support and restoration of sagittal alignment.

Cohere™ TLIF-O is a porous PEEK posterior interbody designed to provide lordosis in the oblique plane to maintain coronal alignment…

Cohere™ TLIF-A is a porous PEEK posterior interbody designed for anterior column support and restoration of sagittal alignment.

The TLX™ 20° implant is designed for anterior column stability and restoration of sagittal alignment with up to 20° of…

Modulus™ Cervical is a fully porous titanium (Ti) cervical interbody implant designed to provide a favorable environment for bone ingrowth1…