Spinal Stabilization Technologies, Ltd.
Spinal Stabilization Technologies, Ltd. is a medical device company specializing in the research, development, and manufacture of minimally invasive spinal medical devices, particularly focused on innovative nucleus pulposus replacement technology for treating degenerative disc disease and chronic low back pain. Founded in 2010 by interventional radiologists, the company develops surgical solutions that aim to preserve spinal function and natural motion, offering alternatives to traditional spinal fusion and total disc replacement.
Spinal Stabilization Technologies, Ltd.
Unit 4, Kilkenny Enterprise Center, IDA Ireland Purcellsinch Business Park, Dublin Road, Kilkenny City, County Kilkenny, R95 PD87, Ireland
What We Do
A lumbar disc nucleus replacement system featuring a custom, in situ-cured, silicone-based implant designed to mimic the biomechanics of the native nucleus pulposus and restore spinal function.
Provision of educational resources and training videos for clinicians on device preparation and surgical procedures for nucleus pulposus replacement implants.
A lumbar disc nucleus replacement system featuring a custom, in situ-cured, silicone-based implant designed to mimic the biomechanics of the native nucleus pulposus and restore spinal function.
Provision of educational resources and training videos for clinicians on device preparation and surgical procedures for nucleus pulposus replacement implants.
Application Area
Digital Health Technologies
Key People
President
Finance Director; General Manager, Device Manufacturer
Medical Advisory Board, Interventional Radiologist
Vice President of Research and Development, Operations
Director of Quality and Regulatory
President
Finance Director; General Manager, Device Manufacturer
Medical Advisory Board, Interventional Radiologist
Vice President of Research and Development, Operations
Director of Quality and Regulatory
News & Updates
Recognized for introducing an innovative minimally invasive nucleus replacement device addressing the underlying causes of discogenic back pain.
Publication evaluating performance of a lumbar nucleus replacement using finite element modeling.
Study assessing in situ-cured silicone implant performance for nucleus replacement.
Research article on the performance testing of an injectable silicone nucleus replacement.
Case report on lumbar disc nucleus replacement in a patient with refractory low back pain.
Enrollment of First U.S. Patient in IDE Trial for Minimally-invasive Disc Nucleus Replacement Device
First U.S. patient enrolled in an investigational device exemption trial aimed at evaluating a minimally invasive nucleus replacement system.
Recognized for introducing an innovative minimally invasive nucleus replacement device addressing the underlying causes of discogenic back pain.
Publication evaluating performance of a lumbar nucleus replacement using finite element modeling.
Study assessing in situ-cured silicone implant performance for nucleus replacement.
Research article on the performance testing of an injectable silicone nucleus replacement.
Case report on lumbar disc nucleus replacement in a patient with refractory low back pain.
Enrollment of First U.S. Patient in IDE Trial for Minimally-invasive Disc Nucleus Replacement Device
First U.S. patient enrolled in an investigational device exemption trial aimed at evaluating a minimally invasive nucleus replacement system.