Product Overview
Interbody Implants that Participate in the Fusion Process
Proprietary nanoLOCK® Titanium Surface
Macro textures on the superior and inferior surfaces promote immediate mechanical fixation.
Micro and Nano textures on the superior, inferior, and internal surfaces have the potential to upregulate the production of osteogenic factors, such as BMP-2 and 4, and angiogenic factors that are critical for bone growth and fusion.
Endplate Sparing and Apophyseal Fixation
The device is designed to be implanted without damaging the vertebral endplate and reside on the apophyseal ring, yielding increased resistance to subsidence.
Large Windows
Large windows and internal volume provide for significant bone graft packing, desired bone graft loading, clear CT and MRI visualization, and the potential for multidirectional bone growth.
Post-Implantation Bone Graft Packing
Large proximal window allows for the ability to pack additional bone graft material following implantation.
Easy and Accurate Placement
Minimal surgical steps, intuitive instrumentation, and a smooth leading edge allow for easy insertion while the radiopaque nature of titanium permits placement in the desired location.
Variety of Sizes
Fifty-six different sizes accommodate various patient anatomies. Heights in 1mm increments allow for precise anatomical fit. (http://www.titanspine.com)
