AED mode
A simple, clear screen, alerts and voice prompts guide the user through the latest ERC-recommended resuscitation process. This ensures safe and simple operation, minimising the possibility of user error. After completing a short training session and following the instructions, anyone can use the Cardio-Aid 360-B defibrillator to save a life.
Star (BTE) biphasic waveform
When designing the STAR (Self-Tracking Active Response) (BTE) biphasic waveform, the main objective was to optimise energy delivery. FPIM technology allows maximum energy accuracy to be achieved in all conditions, ensuring the most effective therapy possible. Automatic energy level increase in automatic mode based on preset values. In clinical trials, the STAR (BTE) biphasic waveform has shown a 100% success rate in defibrillation attempts, with out-of-hospital data showing an 89% success rate in average patients.
Arrhythmia dissection
The FVFT technology used ensures that the defibrillator detects abnormal patient cardiac activity quickly and reliably in all modes.
Impedance measurement
The Cardio-Aid 360-B achieves patient protection and increases the effectiveness of therapy by continuously monitoring the patient's chest impedance.
Intelligent energy management
With the new IBLT procedure, the user will not be surprised because he will always have correct information about the battery status, with the charge level displayed in the lower left corner of the screen. Battery life has been increased by 150% thanks to the new technology. Built-in battery charger and power supply. Even with a missing or dead battery, the device is fully functional and can be operated with all its functions from the mains.
Cardioversion
The QSDT process allows for minimal delay in detection and reliability of cardioversion therapy.
- 7" colour graphic TFT LCD display
- 360 J energy, STAR™ biphasic waveform technology
- Built-in standard 12-lead ECG
- Synchronous or asynchronous mode
- Semi-automatic (AED) or manual control
- Operation via the pins
- Short charging time, typically 2.7 seconds to 200 J
- Alarm functions
- Optional 3-channel high-resolution printer
- Optional transcutaneous pacemaker
- Optional SpO2, NIBP, IBP, ETCO2, TEMP module
