Nexxt Spine develops bioactive titanium material: 5 things to know

Nexxt Spine based in Noblesville, Ind., developed a new porous bioactive titanium material.

Advertisement

Here are five things to know:

 

1. The NanoMatrixx is intended to play a role in the intervertebral fusion process.

 

2. Made from three-dimensional printing technology, the NanoMatrixx reflects the cellular structure of cancellous bone. Unlike traditional orthopedic manufacturing, this process allows the creation of complex geometries with elasticity.

 

3. The NanoMatrixx has a micro and nanosurface topography designed to stimulate mesenchymal stem sells into bone-forming osteoblast cells.

 

4. The nanotextured topography allows bones to attach and grow through the material and offers mechanical support.

 

5. Nexxt Spine will showcase the material at the North American Spine Society meeting in Chicago.

 

“The cubical shaped scaffold provides an optimal biomechanical and biological environment for uninterrupted blood flow,” said Robert L. Wertz, MD, director of new product development, Nexxt Spine.

 

More articles on devices:
Providence Medical adds surface technology to DTRAX Line: 4 takeaways
Spine Wave launches StaXx XD Xpandable Device: 5 key notes
K2M to introduce Lamellar Titanium Technology: 5 key notes

At the Becker's 23rd Annual Spine, Orthopedic and Pain Management-Driven ASC + The Future of Spine Conference, taking place June 11-13 in Chicago, spine surgeons, orthopedic leaders and ASC executives will come together to explore minimally invasive techniques, ASC growth strategies and innovations shaping the future of outpatient spine care. Apply for complimentary registration now.

Advertisement

Next Up in Spinal Tech

  • From new technology acquisitions to regulatory clearances to leadership changes, here are 20 developments and updates from the biggest players…

  • VB Spine has made big pushes into the spine medtech space so far in 2026, including global expansions. Six headlines…

Advertisement

Comments are closed.