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Single-use Radiofrequency Spinal Surgery Probe

Single-use Radiofrequency Spinal Surgery Probe

Designed to elevate safety and accuracy in spinal procedures, the Single-use Radiofrequency Spinal Surgery Probe combines targeted radiofrequency (RF) energy delivery with a sterile, single-use design.

Product Introduction

Single-use Radiofrequency Spinal Surgery Probe
Precision, Safety & Sterility for Minimally Invasive Spina

Applicable to

  • Minimally invasive cervical/lumbar disc herniation RF ablation
  • Spinal nerve root pain modulation (pulsed RF)
  • Thoracic facet joint RF denervation
  • Spinal lesion (e.g., synovial cyst) RF treatment
 

Product Specifications

 

Product drawing

product-350-350
product-350-350
product-350-350
 

Probe Tip Type

Applicable Spinal Region

Tip Design

RF Energy Compatibility

Type A

Cervical Spine

Sharp, Tapered

Thermal Coagulation (40–80°C)

Type B

Thoracic Spine

Blunt, Straight

Pulsed RF (42°C)

Type C

Lumbar Spine

Curved, Wide

RF Ablation (80–90°C)

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Interventions

 

This single-use radiofrequency (RF) probe is developed for localized ablation and coagulation within the spinal column. By integrating targeted energy delivery with a sterile, disposable format, it provides surgeons with the precision required for delicate nerve and disc procedures while ensuring full compliance with infection control protocols.

 

 

Core Advantages

 

Disposable Sterility: Pre-sterilized single-use design eliminates reprocessing requirements and cross-contamination potential. The sterile-packaged format is OR-ready, minimizing preparation overhead and ensuring consistent infection control across all procedures.

 

Targeted Ablation: Designed for precise RF energy focus on disc herniations and nerve targets. The localized energy transmission minimizes thermal impact on adjacent healthy bone and soft tissue, supporting faster patient mobilization post-surgery.

 

 

Procedure-Tailored Design for Spinal Anatomy

 

Ergonomic handle: Non-slip, lightweight construction for precise control in the narrow working space of spinal surgeries.

 

Multiple tip variants: Blunt/sharp, tapered/straight tips adapt to cervical, thoracic, and lumbar spinal regions-optimizing access and energy delivery for each anatomical site.

 

Consistent, Calibrated Performance: Each probe undergoes pre-shipment RF parameter calibration, ensuring stable energy output across every use. This eliminates performance variability, helping surgeons maintain procedural control.

 

Broad Compatibility with Existing Equipment: Works seamlessly with mainstream RF generators (e.g., standard spinal RF systems) via universal connectivity ports. No additional adapters or system upgrades are required, integrating smoothly with most clinical setups.

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Frequently Asked Questions (FAQ)

 

Q: Why is this probe single-use-can't it be sterilized and reused?

A: Reusing the probe (even with sterilization) risks damaging its insulation coating and RF energy transmission components, which compromises treatment precision and safety. Additionally, single-use design eliminates cross-contamination risks between spinal surgery patients-critical for infection control in spinal interventions.

Q: What's the difference between the tip variants (Type A/B/C) for different spinal regions?

A: Type A (sharp, tapered) suits the narrow cervical spine for precise access; Type B (blunt, straight) adapts to the thoracic spine's rigid structure to avoid tissue trauma; Type C (curved, wide) optimizes energy coverage for the larger lumbar spine lesion sites.

Q: Can this probe be used with low-power RF generators for mild spinal procedures?

A: Yes. It's calibrated to work with both low-power (pulsed RF, 42°C) and high-power (ablation, 80–90°C) systems, making it versatile for both pain modulation and lesion ablation procedures.

Q: How does the probe prevent accidental RF energy spread to healthy spinal tissue?

A: The probe's insulated shaft and targeted tip design restrict energy delivery to the tip contact area. Most models also include real-time impedance monitoring (compatible with paired RF generators) to adjust energy output based on tissue type, further limiting off-target effects.

Q: What is the proper disposal method for used probes?

A: Handle used probes as biohazardous waste. Secure the device in a puncture-resistant sharps container and dispose of it in compliance with local clinical waste regulations for infectious medical devices.

 

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