Sinergy Probe Kit, 17G x 150 mm, SIKA-17-150-4
- Medex SKU:
- AVA-SIKA-17-150-4
- Packing Info:
- 1/Each
- Usually Ships:
- 7 - 10 Business Days
Description
Key Features
SINERGY* Specialized Application: Specifically designed for the treatment of sacroiliac joint pain, often involving the ablation of the lateral branches of the sacral nerves.
Cooled RF Technology: Circulates water through the probe to prevent tissue charring at the tip, creating a large, spherical lesion (up to 12 mm) that is more effective at capturing variable nerve paths in the sacrum.
Advanced 90-Degree Handle: Features a lightweight, ergonomic handle angled at 90 degrees to stay clear of the C-arm during fluoroscopic imaging.
Fluid Delivery Introducer (FDI): Specialized cannulas with integrated side ports allow for the injection of local anesthetic or contrast without removing the RF probe.
Distal Projection: Thermal energy projects 45% or more beyond the physical tip of the probe, providing broader coverage of target nerves.
Integrated Visualization: Features radiopaque markers (fluoromarkers) at the distal tip to assist the physician in precise placement and verification under X-ray.
Technical Specifications
Part Number: SIKA-17-150-4
Gauge: 17 G
Probe Length: 150 mm (15 cm)
Active Tip Size: 4 mm (The uninsulated portion that creates the lesion)
Technology: SINERGY* Cooled Radiofrequency (Water-Cooled)
Generator Compatibility: Required for use with Avanos COOLIEF* (CRG) Advanced or PMG-Advanced Radiofrequency Generators.
Kit Contents
Unlike standard kits, the SINERGY* Advanced kit includes specialized tools for sacral mapping and stabilization:
1 COOLIEF* Cooled RF Probe Advanced (CRPA-17-150)
3 COOLIEF* Cooled RF Fluid Delivery Introducers (FDI-17-150-4)
1 COOLIEF* Cooled RF Fluid Tubing Kit, Single (CRA-TBK-1)
2 SINERGY* EPSILON* Rulers: Specialized rulers used by the physician to map the sacral anatomy and ensure proper spacing between lesions.
1 Radiofrequency QUICKCLAMP* Device: A stabilization tool to assist in maintaining probe position during the procedure.