Dynardi® Artificial Disc System
Advanced artificial disc design helps restore range of motion
Innovative anatomical implant geometry
- Features a tunnel instead of a keel for a better anchorage into the bone
- Larger contact surface with endplates gives better primary stability
Proven technology
- Features anti-luxation pin security
- Its posterior centre of rotation matches the anatomical centre of rotation in the lumbar spine
- Uses metal/ polyethylene material – a proven material combination for less wear debris
A new, improved disc – designed by experienced spine surgeons
Zimmer Spine and two accomplished spine surgeons have focused on developing an improved artificial disc system with simplified instrumentation.
The result is the Dynardi Dynamic Artificial Disc System – a new intervertebral disc prosthesis designed with increased range of motion and pain relief in mind.
Depending on the patient’s age and condition, artificial disc replacement may be the most promising option for treating degenerative disc disease in cases where the disc has deteriorated but the facets remain in good condition.
The goal of an artificial disc is to restore motion and return the spine to its natural physiological condition.
Surgeon and patient advantages
The Dynardi System helps patients regain mobility and flexibility. The posterior design of the prosthesis and its variable center of rotation make it an anatomically natural option that results in spinal alignment for patients. Surgeons implanting the Dynardi System use the anterior approach with ergonomic instrumentation, which offers excellent visibility and access. The Dynardi Plates with their pre-formed tunnel and large footprint allow for added stability and durability
