The BeneHeart D6 Defibrillator - Four Functions in One Device
This versatile medical device is designed to meet the health professionals' needs for patient defibrillation and monitoring. Its compact, robust, and ergonomic design integrates four essential functions into one device: manual defibrillation, monitoring, cardiac pacing, and the Automated External Defibrillator (AED).
One of the D6's outstanding features is the presence of all optional vital signs monitoring functions, eliminating the need for an additional patient monitor, ensuring increased efficiency during emergency interventions. The device is equipped with a large color screen displaying four waveforms for a clear visualization of the ECG and vital signs.
The D6 offers advanced biphasic defibrillation capabilities, with shock intensity reaching up to 360 J, thereby maximizing the chances of successful defibrillation. It is powered by batteries to guarantee continuous and long-term patient monitoring, as well as the delivery of shocks during transport, without requiring external power.
An efficient data storage device is integrated, ensuring no vital information is lost, which is crucial in critical medical situations.
The D6 provides advanced monitoring capability, including 3/5/12 lead ECG, oxygen saturation (SpO2) measurement, non-invasive blood pressure (NIBP), respiration, temperature, peripheral perfusion (PI), and expired carbon dioxide (EtCO2) measurement. This comprehensive monitoring gives physicians crucial information for an effective diagnosis.
In AED mode, the D6 automatically analyzes the heart rhythm and guides the user through the defibrillation process with voice and text messages. Additionally, it offers voice recording for case review.
The cardiac pacing function can be set to demand mode or fixed mode, with adjustable levels and release. A review option of the last 120 seconds of ECG traces facilitates the identification of arrhythmias.
The D6 also features the Glasgow algorithm, providing an advanced interpretation of 12-lead ECGs, enhancing diagnostic accuracy. Patient data can be stored in large quantities, facilitating case analysis, statistics, and research.