Triadyme-C’s patented Tri-Lobe design provides an axis of rotation that mimics natural kinematic motion with a self-centering capability, unlike the other artificial disc replacement devices on the market today.
Born from Diamonds for Unparalleled Performance
Triadyme®-C, Dymicron®’s flagship cervical artificial disc, is built for unmatched strength, durability, and performance in total disc replacement surgery. Powered by our advanced, proprietary Adymite™– technology, it offers exceptional structural integrity and wear resistance — key to long-term implant longevity. Its proprietary design is engineered to mimic the spine’s natural motion, helping patients move with greater comfort and confidence.
Unparalleled in minimizing wear debris
Triadyme-C features a unique diamond-on-diamond articulating surface, made possible by Dymicron’s proprietary Adymite,® technology — a polycrystalline diamond material known for exceptional strength and longevity. As one of the hardest substances known to man, Adymite provides extreme durability and an ultra-low coefficient of friction. This helps Triadyme-C resist the wear, breakdown, and debris release that often limits the lifespan and safety of traditional disc replacement devices.
Discover the confidence that comes with Triadyme-C — a cervical disc replacement engineered for unmatched longevity, performance, and biocompatibility. Made with Dymicron’s proprietary polycrystalline diamond material, Adymite, Triadyme-C is built to last a lifetime and virtually eliminates wear debris, reducing the risk of long-term complications and ensuring stable, reliable performance.
Triadyme-C endplates feature keels for immediate posterior fixation, along with a titanium microtextured surface that promotes bone integration, ensuring long-term stability and secure anchoring.
Triadyme-C is engineered to truly replicate the spine’s natural, coupled motion while providing exceptional stability. Its proprietary Tri-Lobe design—three spherical lobes seated in uniquely shaped, non-congruent pockets—enables self-centering, multi-directional movement that mirrors healthy cervical disc biomechanics. Unlike ball-and-socket implants, Triadyme-C maintains energetic stability and proper alignment of the load axis and center of rotation, helping preserve cervical spinal integrity and reduce stress on surrounding structures.
With Triadyme-C, surgeons can offer patients a motion-preserving solution that works with the body, not against it.
Triadyme-C sets a new standard in cervical disc replacement, combining diamond-derived durability with natural-motion design. Its advanced features work together to protect anatomy, ensure imaging clarity, and deliver lasting performance.
Engineered to Mimic Natural Motion
Triadyme-C’s innovative Tri-Lobe design sets it apart. Three spherical lobes move within uniquely shaped pockets, creating a self-centering, stable motion that closely mimics the natural biomechanics of the cervical spine. This smooth, controlled movement helps protect surrounding anatomy, preserving overall spinal alignment and balance.
Trusted for Life
Born from diamonds, Adymite is one of the most durable substances known to man. Its exceptional wear resistance virtually eliminates wear debris, setting it apart from traditional ball-and-socket cervical artificial discs. This proprietary material underpins Triadyme-C’s unmatched longevity—designed to function reliably for a lifetime and beyond.
Crystal-Clear Imaging Compatibility
Unlike traditional materials, Adymite offers superior durability without interfering with CT or MRI scans — allowing for clear visualization of critical anatomical structures.
Redefining Cervical Disc Replacement
With its natural-motion design and industry-leading wear resistance, Triadyme-C represents the future of disc arthroplasty. Its breakthrough technology positions Dymicron at the forefront of next-generation spine solutions.
Triadyme-C is not currently available in the United States.
