HAGMED products

Electrodes are used to recables intracardiac potentials and to temporarily stimulate the heart as a part of an invasive diagnostic electrophysiological examination of the heart (EPS). Electrodes are sterile, disposable medical devices. Electrodes are visible in X-ray imaging and are fully biocompatible. With the use of dedicated HAGMED diagnostic electrode extension cables, electrodes are compatible with most clinically used electrophysiological systems.

Disposable multifunction electrodes for: defibrillation, synchronized cardioversion, transcutaneous cardiac stimulation, ECG monitoring, with direct connection to cables and defibrillators.

Electrodes are used for temporary transvenous cardiac stimulation (up to 2 weeks), mainly for resuscitation of patients with ventricular arrest. They can be used in existent or impending bradycardia caused by disease of the conduction system and acute myocardial infarction. Indications for use may include procedures in which a clinically significant decrease in heart rate may occur, as well as the need to control recurrent, dangerous ventricular arrhythmias.

Electrodes are used to recables intracardiac potentials, map the electrical conduction of individual heart cavities, temporarily stimulate the mapped area of the heart, and deliver “RF” current to the myocardium tissue, i.e., ablation of the arrhythmia substrate of the heart. Electrodes are sterile, disposable medical devices. Electrodes are visible in X-ray imaging and are fully biocompatible. Thanks to the use of REDEL type connectors and dedicated HAGMED electrophysiological electrode extension cables, electrodes are compatible with most of currently used ablators, electrophysiological systems and external pacemakers.

Electrophysiological electrode extension cables are used to connect electrophysiological electrodes (ablation electrodes, diagnostic electrodes for cardiac electrophysiology and electrodes for temporary cardiac pacing) to electrophysiological medical devices, to transfer radio frequency current from medical electrophysiological devices (ablators) to the heart, or to transfer charges/electrical potentials between the heart and electrophysiological medical devices (electrophysiological systems, pacemakers), as part of the ongoing procedures for treating cardiac arrhythmias.