Medical Vertebroplasty Kit Percutaneous Kyphoplasty System PKP Balloon Catheter

The percutaneous kyphoplasty system is a specialized medical device used in the treatment of vertebral compression fractures. It is a minimally invasive procedure designed to stabilize fractured vertebrae, relieve pain, and restore vertebral height.

The percutaneous kyphoplasty system typically includes the following components:

1. Balloons: The system utilizes inflatable balloons, usually made of a compliant material such as polyethylene, that are inserted into the fractured vertebrae. These balloons are designed to create a cavity or void within the vertebral body.

2. Cannulae: Cannulae, or access tubes, are inserted through small incisions or punctures in the skin and provide a pathway for the balloons and subsequent cement delivery. They guide the instruments to the targeted vertebrae.

3. Balloon Catheters: Balloon catheters are specialized tubes attached to the balloons, which allow for controlled inflation and deflation of the balloons within the fractured vertebrae.

4. Bone Cement: Medical-grade bone cement, typically polymethylmethacrylate (PMMA), is injected into the created cavity or void within the fractured vertebrae. The cement hardens quickly, providing stability and support to the damaged bone.

5. Cement Delivery System: The system incorporates a delivery system that allows controlled injection of the bone cement into the cavity created by the balloons. The system ensures accurate and precise cement placement within the affected area.

6. Image Guidance: Typically, the procedure is performed under fluoroscopy or other imaging modalities to guide the placement of the balloons, cannulae, and monitor the injection of the bone cement. This ensures accurate targeting and optimal cement distribution within the fractured vertebrae.

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