The Nihon Kohden cardiolife TEC-5600 Series is a professional biphasic monitor/defibrillator designed to improve the quality of resuscitation. It is compact, lightweight, and has an intuitive, fast, and easy-to-transport operation that supports basic and advanced life support teams in hospitals and clinics.
MULTIPLE MODE OPTIONS
The cardiolife TEC-5600 offers AED, manual defibrillation, synchronized cardioversion, non-invasive pacing, and monitoring as features, providing multiple options to suit different critical patients’ needs.
INNOVATIVE KEY TECHNOLOGIES
The device features Nihon Kohden's unique ActiBiphasic technology, cap-ONE CO2 sensor, ec1 arrhythmia analysis, Smart Cable™ System, and optional iNIBP, which work together to improve accuracy, reduce false alarms, enhance patient comfort, and save precious time.
SHOCK EFFICIENCY ON DEMAND
The cardiolife TEC-5600 supports effective management of early defibrillation by offering shock efficiency on demand, which enables quick energy delivery when VF is observed. It takes less than four seconds to charge 200 J, allowing defibrillation results and patient condition to be confirmed quickly.
ASSURED EFFECTIVENESS OF RESUSCITATION
The device assures the effectiveness of resuscitation through advanced airway management, high-quality CPR, and minimization of CPR pauses with Nihon Kohden's unique noise reduction pads, which provide quick and clear underlying ECG information. Next to this, Nihon Kohden’s CPR assist device can be wireless connected to cardiolife TEC-5600, which will provide instant CPR feedback based on the frequency and depth of the chest compressions.
POST-CARDIAC-ARREST MANAGEMENT
The cardiolife TEC-5600 supports effective post-cardiac-arrest management by capturing and analyzing vital sign parameters. Its innovative cap-ONE CO2 sensor and BluPRO SpO2 technology assist in monitoring key patient vitals with supreme accuracy, and the ec1 arrhythmia analysis improves the detection rate of arrhythmia and reduces false alarms. Optional viewer software and monitoring function provide decision support for post-cardiac arrest.