Percutaneous Plasma Electrode For Nucleus Pulposus Ablation And Minimally Invasive Puncture Surgery

Product Introduction

This percutaneous plasma electrode is specially designed for nucleus pulposus ablation and minimally invasive puncture procedures. The device enables precise tissue removal through a small puncture channel, reducing surgical trauma and improving procedural safety. It is widely used in percutaneous spinal interventions, especially for treating disc protrusion and disc decompression under minimally invasive conditions.

Characteristics

1. Percutaneous puncture design for minimally invasive access
2. Precise nucleus pulposus ablation with controlled energy output
3. Smooth insertion with reduced tissue resistance
4. Effective cutting, coagulation, and ablation in one device
5. Compatible with standard plasma surgical systems

Technology

The electrode adopts low-temperature plasma technology, which forms a plasma layer at the tip. This plasma field breaks molecular bonds in soft tissue, allowing controlled ablation at relatively low temperatures while minimizing thermal damage to surrounding structures.

Working Principle

By generating a localized plasma field in conductive media, the electrode performs nucleus pulposus ablation through molecular dissociation. The energy is concentrated at the tip, enabling precise decompression while maintaining surrounding annulus integrity.

Application

• Percutaneous nucleus pulposus ablation
• Lumbar disc decompression procedures
• Minimally invasive spinal surgery
• Intervertebral disc protrusion treatment
• Percutaneous puncture ablation procedures

Advantages

• Minimally invasive puncture access
• Precise ablation of nucleus pulposus tissue
• Reduced thermal injury
• Improved surgical control
• Shorter recovery time

Technical Parameters

Service

• OEM customization available
• Fast delivery support
• Technical guidance provided
• Stable product quality control

FAQ

Q: What procedures is this electrode used for?
A: It is used for percutaneous puncture and nucleus pulposus ablation in minimally invasive spine surgery.

Q: Is it compatible with standard plasma systems?
A: Yes, it is designed to work with conventional plasma surgical generators.