Product Introduction

The Low Temperature Percutaneous Plasma Electrode For Nucleus Pulposus Ablation And Disc Decompression is designed for minimally invasive treatment of lumbar and cervical disc herniation. The electrode enables precise nucleus pulposus removal, intradiscal decompression, and pressure reduction using controlled low temperature plasma energy.

This percutaneous plasma electrode allows surgeons to perform accurate disc decompression through a minimally invasive approach. The plasma field effectively vaporizes and shrinks nucleus pulposus tissue, reducing disc volume and relieving nerve root compression. The low thermal spread helps protect surrounding nerves and soft tissues.

The device is suitable for both lumbar and cervical spine procedures and provides stable energy delivery during percutaneous disc decompression surgery.

Characteristics

• Percutaneous minimally invasive design
• Low temperature plasma ablation
• Precise nucleus pulposus removal
• Controlled disc decompression
• Reduced thermal damage
• Stable energy output
• Smooth insertion and operation

Technology

The electrode uses advanced low temperature plasma technology. A high frequency electric field ionizes conductive fluid to form plasma. The plasma breaks molecular bonds in soft tissue, allowing controlled ablation at relatively low temperature.

This technology enables effective nucleus pulposus shrinkage while minimizing damage to annulus fibrosus and surrounding neural structures.

Working Principle

When activated, plasma energy is generated at the electrode tip. The plasma field vaporizes nucleus pulposus tissue and reduces disc volume.

As the nucleus pulposus shrinks, intradiscal pressure decreases in real time. This relieves compression on nerve roots, spinal cord, and surrounding tissues. The procedure achieves decompression with minimal bleeding and reduced surgical trauma.

Application

• Lumbar disc herniation treatment
• Cervical disc herniation treatment
• Nucleus pulposus ablation
• Percutaneous disc decompression
• Minimally invasive spine surgery
• Intervertebral disc pressure reduction

Advantages

• Minimally invasive percutaneous procedure
• Low working temperature 40–70°C
• Precise nucleus pulposus ablation
• Reduced nerve injury risk
• Fast decompression effect
• Short recovery time
• High surgical efficiency
• Stable performance

Technical Parameters

Service

OEM and ODM services are available. Electrode length, working tip, cable type, and connector can be customized according to clinical requirements. Technical support and training are provided.

FAQ

Q1: What is this electrode used for?
It is used for nucleus pulposus ablation and disc decompression in lumbar and cervical disc herniation.

Q2: Is this minimally invasive?
Yes, it is designed for percutaneous minimally invasive spine procedures.

Q3: What is the working temperature?
The working temperature is typically 40–70°C.

Q4: Can the electrode be customized?
Yes, customization is supported.