M6 Disc Replacement

M6 Disc Replacement

The M6 disc replacement is the only artificial disc that mimics the anatomic structure of

M6 Disc Replacement

M6 Disc Replacement

a natural disc by incorporating an artificial nucleus and fiber annulus in its design. Like a natural disc, the unique design of the M6 disc allows for shock absorption and provides a controlled range of motion at the treated level. This “natural” motion is intended to provide you with the freedom to move your neck naturally.

M6-C™ Disc Replacement

The M6-C™ artificial cervical disc is an innovative next-generation option for people needing artificial disc replacement as an alternative to spinal fusion. This unique product is designed to mimic your natural disc’s structure and movement, including backward and forward, up and down, side to side, and rotate left and right.

M6-L™ Lumbar Disc Replacement

The M6 Lumbar Disc Replacement offers a “Quality of Motion” that is not present in any other implant we have seen!

Its innovative design incorporates an artificial nucleus to allow shock absorption and a woven fiber annulus for graded variable motion resistance in all directions.

WHY M6 Disc Replacement?

The Spinal Kinetics M6 Disc Replacement offers a “Quality of Motion” that is not present in any other implant we have seen!

Unlike early Disc Replacement designs, the Spinal Kinetics M6 artificial disc is designed to replicate the structure and performance of a natural disc. Its innovative design incorporates an artificial nucleus to allow shock absorption and a woven fiber annulus for graded variable motion resistance in all directions.

These characteristics accurately replicate the natural disc, allowing the implant to work in concert with the remaining human discs. Unlike earlier “ball-in-socket” implants, with the M6 disc replacement the resulting natural functionality of the entire spinal curve will provide the best chance for a full recovery. In addition, future complications will be eliminated by reducing adjacent level degeneration and strain on the muscles and ligaments.