Spinal Stabilization Technologies
Spinal Stabilization Technologies, Ltd. is a medical device company focused on the design, development, and manufacturing of spinal medical devices, particularly for nucleus pulposus replacement. They aim to provide less invasive surgical options for treating degenerative disc disease and chronic low back pain, with a focus on motion-preserving solutions like the PerQdisc™ Nucleus Replacement System.
Industries
Nr. of Employees
small (1-50)
Spinal Stabilization Technologies
Patents
Products
Disc nucleus replacement implant (in-situ formed silicone)
A form‑fitting, dual‑chamber nucleus replacement implant where an inner chamber is filled with radiopaque contrast for positioning and an outer chamber is filled with an in‑situ curing silicone polymer to create a load‑bearing nucleus prosthesis.
PerQdisc™ Nucleus Replacement System
The PerQdisc Nucleus Replacement System is intended to replace the nucleus pulposus of the intervertebral disc in the L1-S1 spinal region in patients with single-level discogenic pain. It uses a patient-specific, form-fitting, custom implant to recreate physiological motion and redistribute the disc's weight-bearing forces naturally.
SST PerQdisc Nucleus Replacement System (REF 9011)
The SST PerQdisc Nucleus Replacement System is intended to replace the nucleus pulposus of the intervertebral disc in the L1-S1 spinal region in patients with single level discogenic pain, aged 22-70, with moderate to severe low back pain unresponsive to conservative treatments.
SST PerQdisc TM Nucleus Replacement System (REF 9012)
The SST PerQdisc TM Nucleus Replacement System is intended to replace the nucleus pulposus and support the annulus fibrosis of the intervertebral disc in the L1-S1 spinal region in patients with symptomatic radiculopathy from a focal lumbar disc herniation undergoing partial discectomy and/or sequestrectomy.
lumbar implant for nucleus pulposus replacement
A lumbar implant designed to replace the damaged nucleus pulposus to alleviate some types of lower back pain. It is implanted using a new surgical procedure and tool set that accesses the internal anatomy of a lumbar disc, removes the damaged nucleus pulposus, and replaces it with a long-term implant designed to bear the load and forces of the lumbar disc.
Disc nucleus replacement implant (in-situ formed silicone)
A form‑fitting, dual‑chamber nucleus replacement implant where an inner chamber is filled with radiopaque contrast for positioning and an outer chamber is filled with an in‑situ curing silicone polymer to create a load‑bearing nucleus prosthesis.
PerQdisc™ Nucleus Replacement System
The PerQdisc Nucleus Replacement System is intended to replace the nucleus pulposus of the intervertebral disc in the L1-S1 spinal region in patients with single-level discogenic pain. It uses a patient-specific, form-fitting, custom implant to recreate physiological motion and redistribute the disc's weight-bearing forces naturally.
SST PerQdisc Nucleus Replacement System (REF 9011)
The SST PerQdisc Nucleus Replacement System is intended to replace the nucleus pulposus of the intervertebral disc in the L1-S1 spinal region in patients with single level discogenic pain, aged 22-70, with moderate to severe low back pain unresponsive to conservative treatments.
SST PerQdisc TM Nucleus Replacement System (REF 9012)
The SST PerQdisc TM Nucleus Replacement System is intended to replace the nucleus pulposus and support the annulus fibrosis of the intervertebral disc in the L1-S1 spinal region in patients with symptomatic radiculopathy from a focal lumbar disc herniation undergoing partial discectomy and/or sequestrectomy.
lumbar implant for nucleus pulposus replacement
A lumbar implant designed to replace the damaged nucleus pulposus to alleviate some types of lower back pain. It is implanted using a new surgical procedure and tool set that accesses the internal anatomy of a lumbar disc, removes the damaged nucleus pulposus, and replaces it with a long-term implant designed to bear the load and forces of the lumbar disc.
Services
Design and operational execution of feasibility, safety and efficacy clinical studies for nucleus replacement devices, including patient enrollment, follow-up and outcome assessments.
Provision of device preparation, surgical technique and case‑presentation training videos and educational materials with controlled access for clinical users.
Design and operational execution of feasibility, safety and efficacy clinical studies for nucleus replacement devices, including patient enrollment, follow-up and outcome assessments.
Provision of device preparation, surgical technique and case‑presentation training videos and educational materials with controlled access for clinical users.
Expertise Areas
- Nucleus replacement device development
- Minimally invasive spine surgery
- Clinical trial management for implantable devices
- Biomechanical testing and finite element analysis
Key Technologies
- In-situ curing silicone-based implant
- Dual-chamber inflatable implant design
- Radiopaque contrast-enabled intraoperative visualization
- Implant delivery and disc access systems
News & Updates
Spinal Stabilization Technologies™ announced the enrollment of the first U.S. patient in an IDE trial for their PerQdisc™ Nucleus Replacement Device.
Spinal Stabilization Technologies™ announced the enrollment of the first U.S. patient in an IDE trial for their PerQdisc™ Nucleus Replacement Device.
Spinal Stabilization Technologies™ announced the enrollment of the first U.S. patient in an IDE trial for their PerQdisc™ Nucleus Replacement Device.
Spinal Stabilization Technologies™ announced the enrollment of the first U.S. patient in an IDE trial for their PerQdisc™ Nucleus Replacement Device.