Vesselplasty offers a reinvention of kyphoplasty for interventional spine surgeries, delivering a minimally invasive system that restores vertebral height and stability while enhancing safety. The platform uses a balloon‑inflated delivery device to inject bone cement directly into compression fractures, simplifying the procedure and reducing the risk of cement leakage.
Funding
Funding not disclosed
Founders
Product
Problem
Vertebral compression fractures are commonly treated with kyphoplasty, but existing systems can be complex to use, provide limited vertebral stability, and carry risks of cement leakage or other complications during the procedure.
Solution
Vesselplasty offers a next‑generation kyphoplasty platform designed specifically for interventional spine surgeries. The system streamlines the workflow with integrated instrumentation that guides the surgeon through each step, from vertebral access to cement injection. Real‑time monitoring of cement delivery helps maintain precise control and reduces the likelihood of leakage. By enhancing vertebral body stability, the platform aims to restore spinal height more reliably while minimizing procedural complications. The overall design emphasizes ease of use, allowing surgeons to perform the procedure efficiently and safely.
Target Audience
Primary customers are spine surgeons, interventional radiologists, and hospital or ambulatory surgery centers that perform vertebral augmentation procedures.
Features
- Integrated instrument set that combines access, balloon inflation, and cement delivery in a single workflow
- Real‑time pressure and volume monitoring during cement injection to detect and prevent leakage
- Optimized cement delivery mechanism for controlled, uniform fill of the vertebral body
- Designed to improve vertebral stability and maintain restored spinal height post‑procedure
- User‑friendly interface and ergonomic tools that reduce setup time and procedural steps