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Continuous Nerve Blocks as Simple as a Single Shot Technique
Order InformationContinuous Nerve Blocks as Simple as a Single Shot Technique
Order InformationThe new E-Cath and E-Cath Plus combines the best of clinical experience and the latest technical expertise. All updates take place at the hub: the E-Cath II has a simplifed release mechanism, a bayonet lock with an audible and tactile 'click' and smaller profile hub for increased patient comfort.
Pajunk's E-Cath is a catheter-over-needle (CON) system developed with Dr. Ban Tsui that addresses the complex challenges of Continuous Nerve Blocks (CNB): catheter kinking, leakage, migration, and dislocation.
As a result of the proximal opening, during injection, anesthetic flows between the outer wall of the E-Cath and the inner wall of the indwelling catheter, improving ultrasound visibility
Connection between the indwelling catheter, puncture needle and E-Cath and can be verified with a tactile and audible 'click'
Double layered design of E-Catheter and indwelling cannula forms a stable and safe double lumen ensuring an unhindered flow of the anesthetic and increases kink resistance
Catheter placement is easy as single shot
Catheter-Over-Needle technique (CON) reduces the risk of leakage and minimizes catheter dislocation
Optimized ultrasound visibility of needle tip, needle shaft, and catheter
The E-Cath II Plus has a steel wire reinforced E-Catheter that protrudes 15mm past the indwelling catheter for easy placement beyond the nerve. The E-Cath II Plus catheter is closed tip with three lateral openings for optimized 360° distribution of the anesthetic.
The extra length can compensate for minor tissue movement reducing the chance of catheter migration.
E-catheter tip protrudes 15mm past the indwelling catheter
Steel wire reinforced, closed tip E-Catheter with three lateral openings for optimized 360° distribution of anesthetic
Connection between the indwelling catheter, puncture needle and E-Cath and can be verified with a tactile and audible 'click'
As a result of the proximal opening, anesthetic flows between the outer wall of the E-Cath and the inner wall of the indwelling catheter during injection improving ultrasound visibility
Double layered design of E-Catheter and indwelling cannula forms a stable and safe double lumen ensuring an unhindered flow of the anesthetic and increases kink resistance
1 Fuzier R. et al. (2015). The echogenicity of nerve blockade needles, Anesth., 70: 462–466.
2 Ip, V. H. Y. et al. (2021). How I Do It: Technical report on surgically-initiated rectus sheath catheter using catheter-over-needle assembly. The Canadian Journal of Urology, 28 (5): 10871–10873.
3 Ip V. H. Y. et al. (2013). The catheter-over-needle assembly offers greater stability and less leakage compared to the traditional counterpart in continuous interscalene nerve blocks: a randomized, patient-blinded study. Can. J. Anesth., 60: 1272–1273.
1 Fuzier R. et al. (2015). The echogenicity of nerve blockade needles, Anesth., 70: 462–466.
2 Ip, V. H. Y. et al. (2021). How I Do It: Technical report on surgically-initiated rectus sheath catheter using catheter-over-needle assembly. The Canadian Journal of Urology, 28 (5): 10871–10873.
3 Ip V. H. Y. et al. (2013). The catheter-over-needle assembly offers greater stability and less leakage compared to the traditional counterpart in continuous interscalene nerve blocks: a randomized, patient-blinded study. Can. J. Anesth., 60: 1272–1273.