Surgical Biphasic Defibrillator Monitor With Manual/AED Mode, ECG & Operating Room Ready

Surgical Biphasic Defibrillator Monitor With Manual/AED Mode, ECG & Operating Room Ready

Surgical Biphasic Defibrillator Monitor Features:

1. Immediate Clinical Control (Manual & AED Modes)

This device offers critical dual functionality essential for the operating room. The Manual Mode provides the surgeon or anesthesiologist with precise, expert control over energy and timing for synchronized cardioversion, while the AED Mode is available for rapid, guided defibrillation by other staff in an unexpected cardiac arrest situation.

2. Optimized for High-Risk Environments (Operating Room Ready)

The design is explicitly tailored for the Surgical environment. This means the unit is likely robust, resistant to common OR fluids, designed for rapid deployment on a crash cart, and capable of functioning reliably despite potential electromagnetic interference from other surgical equipment.

3. High-Efficacy Shock Technology (Biphasic)

The Biphasic waveform delivers a powerful, effective shock at lower energy levels than older technology. This is crucial for increasing first-shock success rates and minimizing myocardial damage, a key concern in sensitive surgical patients.

4. Integrated Life-Saving Monitoring (Monitor & ECG)

The device functions as a complete Defibrillator Monitor. It provides real-time ECG (electrocardiogram) readings, allowing clinicians to instantly diagnose the patient's rhythm (e.g., VF, VT) before, during, and after a shock. This integration ensures rapid decision-making and continuous patient assessment in a high-acuity setting.

Surgical Biphasic Defibrillator Monitor Technical Parameter:

Surgical Biphasic Defibrillator Monitor Usage

1. Operating Rooms (OR) / Surgical Suites

• Purpose: To treat sudden cardiac arrest (SCA) or perform controlled synchronized cardioversion during or immediately following surgical procedures. Anesthesiologists and surgeons require immediate access and full manual control.

2. Post-Anesthesia Care Units (PACU) / Recovery Rooms

• Purpose: To monitor patients waking up from anesthesia, as they are at higher risk for cardiac arrhythmias or instability. The monitor provides continuous ECG monitoring and is ready for immediate manual defibrillation.

3. Intensive Care Units (ICU) / Critical Care Units (CCU)

• Purpose: Used as part of the resuscitation toolkit, often kept readily available on crash carts. These devices allow nurses and doctors to track subtle changes in the ECG rhythm and deliver an immediate, controlled electrical therapy if needed.

4. Emergency Departments (ED) / Trauma Centers

• Purpose: For rapid stabilization and resuscitation of critically ill patients. The integrated monitor and printer are essential for making quick diagnoses and providing immediate patient documentation.