Biphasic Manual Defibrillator Monitor With Asynchronous Mode & English Voice Guidance

Biphasic Manual Defibrillator Monitor With Asynchronous Mode & English Voice Guidance

Biphasic Manual Defibrillator Monitor Features:

1. Advanced Professional Control (Manual & Asynchronous Mode)

This device is a true Manual Defibrillator, offering complete control to trained medical professionals (EMS, hospital staff). The included Asynchronous Mode is critical for immediately delivering a shock during Ventricular Fibrillation (VF) or pulseless Ventricular Tachycardia (VT) without relying on the internal cardiac sync function. This empowers expert users to act instantly when time is of the essence.

2. Superior Defibrillation Technology (Biphasic)

The unit utilizes the latest Biphasic waveform technology. This means it delivers a clinically proven, highly effective shock at lower energy levels compared to older monophasic models. The result is increased first-shock success rates and reduced risk of post-shock myocardial damage to the patient.

3. Integrated Diagnostics and Monitoring (Defibrillator Monitor)

Serving as an essential piece of critical care equipment, this is a Defibrillator Monitor. It not only delivers the shock but also provides real-time ECG monitoring on a screen, allowing clinicians to continuously assess the patient's heart rhythm, confirm the need for defibrillation, and evaluate the success of the treatment.

4. Guided Operation for Reliability (English Voice Guidance)

Even in high-stress, fast-paced emergency scenarios, the device ensures correct operation through Clear English Voice Guidance. This feature acts as an immediate, audible checklist, guiding the rescuer through preparation, charging, and shocking steps, which helps minimize human error and adhere strictly to protocol.

Biphasic Manual Defibrillator Monitor Technical Parameter:

Biphasic Manual Defibrillator Monitor Usage

A Biphasic Manual Defibrillator Monitor is primarily used to treat patients with life-threatening cardiac arrhythmias, such as ventricular fibrillation (VF) and ventricular tachycardia (VT), by delivering a controlled electrical shock to the heart to restore a normal rhythm.