STRUCTURALLY ROBUST WITH A GENTLE TOUCH
STRUCTURE X SURFACE
The NEOWAVE® Interbody Systems combine an advanced uniformly porous architecture with NanoACTIV™ surface technology to deliver mechanical stability, load distribution, reduced stiffness, and an osteogenic surface* — all in one system.
NEOWAVE implant systems provide a variety of sizes, lordoses, and footprints to accommodate variable patient anatomy and surgeon preferences.
*Data on file. In vitro performance may not be representative of clinical performance.
NEOWAVE MATRIX GEOMETRY
Implant structure features uniform edge-to-edge porosity to maximize endplate contact and prevent point loading, thus reducing the risk of subsidence.
SERPENTINE WALL STRUCTURE
Continuous serpentine walls channel load through the implant, increasing elasticity and decreasing stiffness to reduce subsidence risk.
NANOACTIV SURFACE Technology
Proprietary micro- and nano-scaled implant surface features throughout the implant are demonstrated to support differentiation of mesenchymal stem cells through the osteogenic lineage.*
An FDA-designated nanotechnology, NanoACTIV is designed to support bone growth and fusion.
*Data on file. In vitro performance may not be representative of clinical performance.
CERVICAL INTERBODY SYSTEM
NEOWAVE C is available in a variety of footprints, heights, and lordotic angles to accommodate variable cervical patient anatomies.
NEOWAVE C UNCINATE RELIEFS
Precisely formed reliefs accommodate the uncinate processes, reducing interference with surrounding anatomy and promoting consistent, centered implant positioning.
TLIF & PLIF INTERBODY SYSTEM
NEOWAVE LS can be implanted bilaterally for PLIF procedures or obliquely for TLIF applications. It is comprised of a variety of sizes to conform to lumbar anatomical variances.
BONE GRAFT CHANNELS
The NeoWave geometry provides interconnected pathways designed to support bone growth throughout the implant, for increased bone graft capacity and fusion potential.
NEOWAVE MATRIX GEOMETRY
Implant structure features uniform edge-to-edge porosity to maximize endplate contact and prevent point loading, thus reducing the risk of subsidence.
SERPENTINE WALL STRUCTURE
Continuous serpentine walls channel load through the implant, increasing elasticity and decreasing stiffness to reduce subsidence risk.
NANOACTIV SURFACE Technology
Proprietary micro- and nano-scaled implant surface features throughout the implant are demonstrated to support differentiation of mesenchymal stem cells through the osteogenic lineage.*
An FDA-designated nanotechnology, NanoACTIV is designed to support bone growth and fusion.
*Data on file. In vitro performance may not be representative of clinical performance.
CERVICAL INTERBODY SYSTEM
NEOWAVE C is available in a variety of footprints, heights, and lordotic angles to accommodate variable cervical patient anatomies.
NEOWAVE C UNCINATE RELIEFS
Precisely formed reliefs accommodate the uncinate processes, reducing interference with surrounding anatomy and promoting consistent, centered implant positioning.
TLIF & PLIF INTERBODY SYSTEM
NEOWAVE LS can be implanted bilaterally for PLIF procedures or obliquely for TLIF applications. It is comprised of a variety of sizes to conform to lumbar anatomical variances.
BONE GRAFT CHANNELS
The NeoWave geometry provides interconnected pathways designed to support bone growth throughout the implant, for increased bone graft capacity and fusion potential.
neowave C
Footprints
- 13mm x 12mm
- 15mm x 12mm
- 17mm x 13mm
- 19mm x 14mm
Heights
- 5mm–12mm (1mm increments)
Lordoses
- 0°, 7°, 14°
Neowave LS
FootPrints
- 22mm x 10mm
- 25mm x 10mm
- 28mm x 10mm
Heights
- 6mm–16mm (1mm increments)
Lordoses
- 8°, 15°