​Mindray BeneHeart D2 Defibrillator Monitor 2s Boot and 3s Charge to 200J for Fast CPR Response​​

Advanced portable medical device featuring 2s boot time and 3s charge to 200J for rapid CPR response. Combines dual-phase wave technology with intuitive operation for hospitals, emergency teams, and mobile medical units.

• Biphasic Truncated Exponential (BTE) waveform technology minimizes myocardial damage while optimizing shock success rates
• Automatic patient impedance measurement adjusts voltage and discharge time for optimal performance
• Supports both synchronized cardioversion and non-synchronized shocks for various arrhythmias

• Ultra-fast 2-second startup and 3-second charging to 200J reduces critical intervention time
• Four operational modes in one device: manual defibrillation, AED, pacing, and real-time monitoring

• Innovative rotary knob and touchscreen interface for intuitive operation under stress
• Lightweight 6kg portable design with compact structure for easy transport

• High-capacity lithium battery supports up to 200 discharges at 360J
• IPX-4 rated for water and dust resistance with automatic daily self-tests

• Stores 1,000 event records with 72-hour trend data
• Includes 50mm thermal printer and USB export for EHR integration
• Multi-patient capable electrodes with adult/pediatric functions in one set

• Hospital Code Blue Teams: Rapid response to in-hospital cardiac arrests
• Emergency Medical Services (EMS): AED mode for less-experienced users with manual modes for advanced interventions
• ICU/CCU Monitoring: Continuous ECG, pacing, and vital sign tracking
• Training and Research: Event data export for CPR quality analysis

1. Preparation: Power on (2 sec), attach electrodes, and select mode
2. Energy Delivery: Set energy level, charge (3 sec), ensure safety clearance, and deliver shock
3. Post-Event Review: Print reports or export data via USB

The BeneHeart D2 combines portability with power, offering hospital-grade defibrillation in a compact design. Its dual-phase technology with auto-impedance compensation ensures higher first-shock success rates compared to traditional devices, while all-in-one modularity reduces equipment needs.