LifeVest

LifeStat Resuscitation equipment provides emergency cardiopulmonary support for acute care settings. Designed for rapid deployment in hospitals and emergency departments, this device delivers automated chest compressions and ventilation assistance during cardiac arrest and respiratory emergencies.

LifeSavr is a chest-worn wearable system designed to identify signs associated with opioid overdose and alert designated responders so action can be taken sooner. The device monitors physiological signals and triggers alerts when patterns consistent with overdose risk are detected, enabling faster staff response in supported accommodation settings where residents may be alone in private rooms.

Life-support devices capable of delivering therapeutic electrical shocks to treat life-threatening cardiac arrhythmias in emergency and hospital settings.

The LIFEPAK 15 is a multipurpose monitor/defibrillator designed for emergency medical care and intensive care settings. It provides real-time cardiac monitoring, automated external defibrillation, and comprehensive patient assessment capabilities. The device integrates ECG analysis, vital sign monitoring, and therapeutic functions for acute cardiac intervention and critical care management.

Life support and emergency medical support products designed for critical care and survival situations. LifeCy provides essential orthopedic and mobility support for patients with specialized medical needs.

A Class III interventional medical device for clinical cardiovascular emergency and critical care. The system is inserted via the femoral artery to establish femoral arterial access, with the intracorporeal pump inlet placed in the left ventricle and outlet in the aorta, connected by artificial blood vessel. It actively reduces left ventricular load and significantly improves perfusion to major organs including the heart, brain, and kidneys. The system is suitable for myocardial infarction with cardiogenic shock, intra-operative circulatory support during high-risk PCI, acute decompensation of end-stage heart failure to cardiogenic shock, and cardiac arrest with respiratory failure from severe trauma.

A chest-worn wearable system designed to monitor physiological signals associated with opioid overdose risk in supported accommodation settings. The device detects patterns consistent with overdose and triggers alerts to designated responders, enabling earlier intervention and naloxone administration. Intended to support existing overdose response pathways in residential care environments.

EOlife is a ventilation feedback device that attaches to manual resuscitators (Ambu bags) to provide real-time monitoring and guidance during CPR. The device measures ventilation parameters to optimize chest compression and rescue breathing performance, supporting improved patient outcomes in cardiac arrest management.

A wearable device that monitors vital signs in real-time and ensures user safety through automatic fall detection and emergency alert capabilities. The device supports proactive patient management and continuous health monitoring in daily life.

Compact, lightweight defibrillator designed for emergency response, ambulance, and hospital resuscitation with advanced patient safety features.

An interventional Class III medical device designed for clinical cardiovascular emergency care. The device is inserted through the femoral artery, with an inlet tube placed in the left ventricle and outlet positioned in the aorta, connected by artificial blood vessels. During operation, it actively reduces left ventricular load and significantly improves perfusion to major organs including the heart, brain, and kidneys. It is applicable to acute decompensated heart failure with cardiogenic shock, intraoperative circulatory support for high-risk PCI procedures, end-stage heart failure acute decompensation, and cardiac arrest from severe trauma.

A Class III interventional medical device for acute and critical cardiovascular disease. The device is inserted via the femoral artery, with the pump inlet placed in the left ventricle and outlet in the aorta, connected by an artificial blood vessel. During operation, it pumps blood from the left ventricle into the aorta, reducing left ventricular load and improving perfusion to vital organs. It is applicable to acute myocardial infarction with cardiogenic shock, intra-operative circulatory support for high-risk PCI procedures, acute decompensation of end-stage heart failure, and cardiac arrest from severe trauma.