The only Total Disc Replacement platform for both the Lumbar and Cervical spine has moved to Centinel Spine.
The Most Studied TDR System in the World
Over 400 peer-reviewed published studies have been conducted on the prodisc system 1
Determined Safe & Effective for Degenerative Disc Disease
The prodisc L Total Disc Replacement has been determined to be safe and effective in the treatment of degenerative disc disease (DDD) at one level from L3 to S1.
The prodisc L Total Disc Replacement surgery is intended to:
Remove the diseased disc
Restore normal disc height
Reduce discogenic pain
Potentially provide motion in affected vertebral segment
The prodisc L implant has been designed to maintain the physiological range of motion in the spine.
The implant was developed using the clinically proven ball and socket concept used in joint replacement implants for over 40 years.
The prodisc L implant is composed of three components – two cobalt chrome alloy (CoCrMo) endplates and an ultra-high
molecular weight polyethylene (UHMWPE) inlay.
Mechanism of Action
The prodisc implant is a ball and socket design with a fixed center of rotation. This patented design has been in clinical use since 1990 and utilized across the entire product platform. The fixed center of rotation allows physiological range of motion while providing stability to the spine and significantly reducing reoperations at the adjacent levels.
Patented central keel and lateral spikes provide secure primary fixation
Plasma-sprayed titanium surface on bone contacting surfaces promotes integration
12 anatomical combinations facilitate an accurate match with the patient’s anatomy
Medium and large footprints
10, 12 and 14 mm heights
6° and 11º lordotic angles
Safe and Reproducible Surgical Technique
Working with leading spine surgeons from around the world, the prodisc L instrumentation and surgical technique has been refined
to facilitate safe and reproducible implantation through a midline, mini-open anterior approach to the lumbar spine.
• Three step implantation technique • Enables accurate sizing and precise placement of the implant
Designed for midline, mini-open anterior approach
Enables clear visualization into the disc space
Minimizes exposure and risk of damage to vascular structures
1 Search performed on Pubmed, Embase, Ovid Medline® covering 1988 – 2017.