Motion preservation with design innovation.
We developed a cutting-edge solution: a 3D printed titanium spring-based artificial disc that revolutionizes cervical spine surgery.
Disc Herniations: A Common But Complicated Condition
Every year, roughly 1 in 50 Americans have a disc herniation, which occurs when damaged spinal discs are subjected to trauma and cause the inside to "squish" out like the interior of a jelly donut.
The traditional treatments, such as spinal fusion, result in reduced mobility. Furthermore, existing artificial discs fail to match the biomechanics of natural discs, leading to complications like wear debris, infection, subsidence, and breakage. This causes degenerative disc diseases or disc herniation without an effective solution that addresses their needs.
Our Product
Our innovative cervical disc stands alone in its ability to perfectly replicate the natural biomechanics of the spine without relying on flexible polymers. Unlike existing discs that fall short in achieving accurate biomechanics or suffer from issues like wear debris, parasitic endplate translation, and mechanical failures due to viscoelastic polymers, our solution sets a new standard for safety and performance. Moreover, leveraging 3D printing technology, we customize the disc's geometry to be patient-specific, ensuring optimized outcomes for each individual.
Novel Artificial Disc: From Design Concept to Conference Presentations
We have already designed the artificial disc and analyzed the design through computer simulation. We have presented these findings in Miami and Los Angeles at spine surgery and neurosurgery conferences. Additionally, we have manufactured early prototypes and tested the prototypes in compression testing machines. Next steps for the project include finishing primary and secondary fixation and securing a patent.
