Medi-Trace™ Cadence Defibrillation Electrodes

Cardinal Health™ Medi-Trace™ Cadence Defibrillation Electrodes are multifunctional electrodes designed for use in defibrillation, external pacing and cardioversion. Their distinctive oval shape and gradient technology help promote even current distribution and reduce the risk of skin irritation. The conductive adhesive hydrogel provides strong adhesion and electrical contact to support reliable energy delivery and clear ECG monitoring tracings. Featuring a silver/silver chloride (Ag/AgCl) sensing system and integrated lead wires, the electrodes connect directly to compatible defibrillator cables without the need for additional adapters. The range includes adult and paediatric options, with selected configurations offering radiotransparent pads and wires.

Description

Features

Multifunctional design for defibrillation, external pacing and cardioversion
Available in adult and paediatric configurations
Oval electrode shape with gradient technology
Conductive adhesive hydrogel for strong adhesion and electrical contact
Silver/silver chloride (Ag/AgCl) sensing system
Integrated lead wires for direct connection to compatible defibrillators
Extended lead wire length for flexibility in patient positioning
Selected models feature radiotransparent pads and wires
Latex-free, DEHP-free and mercury-free
Colour-coded packaging with connector illustrations for easy identification

Benefits

Supports reliable electrical contact during defibrillation and pacing
Helps provide clear ECG monitoring tracings
Gradient technology and oval design help reduce the risk of skin irritation
Strong hydrogel adhesion helps maintain electrode contact during use
Direct equipment connection eliminates the need for separate adapters on compatible devices
Extended lead wires provide greater flexibility for patient positioning
Radiotransparent options support visibility during X-ray imaging
Adult and paediatric options support use across different patient groups
Colour-coded packaging helps clinicians identify the correct electrode configuration quickly