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RFTL Sono

Echogenic Thermolesion Needles with Active Tip

RFTL Sono

Echogenic Thermolesion Needles with Active Tip

Pajunk offers a range of straight echogenic needles for temperature controlled RF procedures, specifically designed for procedures in the periphery. Our needles come with the patented Cornerstone Reflectors for improved ultrasound visibility, combined with high stability and maneuverability, as well as a smooth needle coating for easy placement and reduced drag.

RFTL Sono Overview

RFTL Sono Features & Advantages

Cornerstone Reflectors

  • 360 degree graduations on the first 20mm of the needle
  • Optimised ultrasound visibility of needle shaft1
  • Reliable and optimised needle visualisation at any angle2,3

Bevel Tip with Active Tip

  • Reduced pain during puncture and needle placement
  • Easier and more precise needle manoeuverability
  • Smooth gliding properties

Smooth Needle Coating

  • Improved gliding properties
  • Uniform tapered insulation
  • Enhanced dielectric strength

RFTL Sono Ordering Info

Item description Item no. LUER Purchase Unit

22G x 98.6mm (4") 2.5mm Active Tip

001175-20A 25

22G x 98.6mm (4") 5mm Active Tip

001175-20B 25

20G x 52.6mm (2") 5mm Active Tip

001175-11D 25

20G x 52.6mm (2") 10mm Active Tip

001175-11C 25
Item description

22G x 98.6mm (4") 2.5mm Active Tip

Item no. LUER 001175-20A 25
Item description

22G x 98.6mm (4") 5mm Active Tip

Item no. LUER 001175-20B 25
Item description

20G x 52.6mm (2") 5mm Active Tip

Item no. LUER 001175-11D 25
Item description

20G x 52.6mm (2") 10mm Active Tip

Item no. LUER 001175-11C 25
Downloads

Thermolesion Cannulas Brochure

Pain Catalogue Brochure

Studies:

1 Fuzier R. et al. The ecohogenicity of nerve blockade needles, Anesth. 2015; 70: 462–466
2 Uppal V. et al. Effect of beam steering on the visibility of echogenic and non-echogenic needles: a laboratory study, Can. J. Anesth. 2014 Oct; 61(10): 909–915
3 Hebard S., Hocking G. Echogenic technology can improve needle visibility during ultrasound-guided regional anesthesia, Reg. Anesth. Pain Med. 2011 March–April; 36(2): 185–189

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