Spine Wave, Inc. products

The Velocity Expandable Interbody Device is a composite, expandable implant that is designed for ease of insertion, optimal implant to patient fit, maximized indirect decompression, and maximum pre and post bone grafting.

The Leva® PX interbody device is an expandable titanium implant optimized for ease of insertion and maximum bone grafting.

The Leva® AF Interbody Device features all-titanium construction, modular anterior plates and a selection of bone screws for integrated and stand-alone vertebral body fixation.  As with all Leva® brand products, the device also offers a large graft chamber that facilitates copious grafting with complete graft-to-endplate contact within the device.  The Leva® AF Interbody Device will also be complemented with a first-in-class expandable option, the Leva® AX Interbody Device.

The CLR Access System is designed to provide less invasive LLIF access.  The access tube creates a corridor to view the psoas muscle, allowing for muscle-splitting dissection and retraction in line with the psoas muscles fibers.

Flexible Offering, Calibrated Design. The Abacus® Lateral Spacer System is available in multiple sizes with a biconvex implant shape designed to provide conformance to patient anatomy/pathology. The Abacus® Lateral Spacer System is intended to be introduced to the disc space via the lateral approach.

Secure to existing 5.5 mm diameter rod systems, including the CapSure® or Sniper® Spine System.

Next gen minimally invasive pedicle screw system designed to treat degeneration, deformity, tumor, or trauma of the thoracolumbar spine.

Delivering Simplicity through Versatility: The versatility of the Proficient® Posterior Cervical Spine System gives surgeons the confidence to treat standard degenerative or complex posterior cervical spine cases from a traditional open or muscle sparing approach.

The Defender® Anterior Cervical Plate is designed to provide stabilization as an adjunct to spinal fusion from C2 – T1 through anterior screw fixation.

The Stronghold® C 3D Titanium Interbody Device is intended to facilitate fusion in patients requiring anterior cervical interbody fusion. It is manufactured using a direct metal laser sintering manufacturing process (3D Printing). The TiCell® 3D advanced surface technology featured on all Stronghold® 3D Titanium Interbody Device implants is characterized by a dual layer design intended to incorporate optimally sized interconnected pores and surface roughness with peaks and valleys. This interconnected porous structure is constructed in a lattice intended to mimic the organic structure of cancellous bone and provide a rough surface to strengthen the interface between implant and bone. Stronghold® 3D Titanium Interbody Device implants also feature an open architecture to contain large amounts of autogenous bone graft and allow for implant visualization and fusion assessment on post-operative imaging.