- Cardiac Arrest Response: Immediate shock therapy and monitoring during ventricular fibrillation or pulseless ventricular tachycardia.
- Advanced Life Support Care: Supports cardioversion and pacing interventions as part of ACLS protocols.
- Emergency Department Management: Rapid rhythm assessment and stabilization of unstable cardiac patients.
- Ambulance & Pre-Hospital Care: Continuous monitoring and therapy during transport to hospital facilities.
- Critical Care Units: Available for code blue events and bedside emergencies in ICU and wards.
- Arrhythmia Treatment: Management of tachyarrhythmias and bradyarrhythmias requiring electrical therapy.
- Inter-Facility Transfer: Maintains cardiac monitoring while patients are moved between departments or hospitals.
Mindray BeneHeart® D60
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Mindray BeneHeart® D60
Smart resuscitation support with advanced monitoring clarity.
The Mindray BeneHeart D60 is an advanced monitor-defibrillator designed for hospitals and emergency responders. It integrates defibrillation, pacing, and comprehensive patient monitoring to assist clinicians in rapid cardiac intervention and accurate rhythm assessment.
The Mindray BeneHeart D60 Defibrillator is developed to support modern resuscitation workflows in both in-hospital and pre-hospital care. The system combines therapeutic defibrillation with real-time physiological monitoring, allowing clinicians to quickly evaluate patient condition and deliver appropriate treatment during cardiac emergencies.
A large high-resolution color display shows ECG waveforms and vital parameters clearly, improving recognition of arrhythmias and guiding treatment decisions. The unit supports manual defibrillation, synchronized cardioversion, and external pacing, making it suitable for managing a wide range of cardiac rhythm disturbances. Optional monitoring functions such as SpO₂, NIBP, and EtCO₂ further enhance patient assessment during resuscitation and transport. Designed with intuitive controls and dependable battery operation, the BeneHeart D60 ensures readiness in emergency rooms, ambulances, and critical care environments.
Key Features
- Manual defibrillation and synchronized cardioversion
- External pacing functionality
- Continuous ECG monitoring with waveform display
- Large color screen with real-time parameter visualization
- Optional monitoring: SpO₂, NIBP, EtCO₂
- Event recording and review capability
- Visual and audible alarms for patient safety
- Rechargeable battery and AC operation
- Adult and pediatric therapy settings
- Transport-ready durable construction
- Integrated Therapy and Monitoring: Combines cardiac rhythm monitoring and defibrillation therapy in one platform to streamline emergency workflows.
- Clear Clinical Visualization: Large display provides easy viewing of ECG and vital parameters for faster rhythm identification.
- Versatile Treatment Options: Supports defibrillation, cardioversion, and pacing for comprehensive arrhythmia management.
- Efficient Operation: Simple control layout helps clinicians initiate therapy quickly during urgent situations.
- Mobility-Ready Design: Battery operation and compact structure allow dependable use during transport and bedside care.
- Enhanced Patient Assessment: Optional monitoring parameters offer broader physiologic information during resuscitation.
- Reliable Emergency Performance: Built for consistent operation in demanding emergency and critical care environments.
Q1. What type of defibrillation modes are available in the BeneHeart D60?
The device supports manual defibrillation as well as synchronized cardioversion for controlled treatment of certain arrhythmias.
Q2. Does the BeneHeart D60 allow patient monitoring during resuscitation?
Yes, it continuously displays ECG and can optionally monitor SpO₂, NIBP, and EtCO₂.
Q3. Can clinicians review events after use?
Yes, the system records treatment events and waveform data for later review and documentation.
Q4. Is it suitable for use during patient transport?
Yes, its battery operation and portable structure allow reliable monitoring and therapy while moving patients.
Q5. What environments is the device intended for?
It is commonly used in emergency rooms, ICUs, ambulances, and hospital rapid response teams.