PowerBeat M Series

When a sudden cardiac arrest occurs, time is of the essence. The PowerBeat M series is a compact, lightweight, and reliable portable semi-automatic external defibrillator designed to transform the use of AEDs to create more chances for survival within the "golden 4 minutes" for patients.



The M series comprises two specifications: the M1 Professional version and the M3 General version. Leveraging ViVest' proprietary Tiny Combine™ technology, these devices achieve the same therapeutic effects as traditional-sized AEDs while significantly reducing in size. With a form factor resembling that of a mobile phone and weighing just 0.7kg, it's ideal for personal carry, home use, vehicular mobility, ensuring effective emergency response for sudden cardiac arrest patients anywhere, anytime. It employs a 150J low-energy defibrillation, minimizing damage to the patient's myocardium. The continuous VF/VT detection mode provides real-time protection during patient transport. Additionally, the built-in medical-grade communication module efficiently transmits data, enabling centralized device management through remote data management platforms.



The M series features a square design complemented by smooth curved transitions on the front, creating a visually robust and durable appearance. A workflow-based icon layout, accented with vivid green and orange, enhances clarity, making it easily identifiable and operable. Its compact design reduces the weight by two-thirds and the size by three-quarters compared to traditional AEDs, enabling it to be as portable as a smartphone. This innovation transforms the conventional approach of fixed AED placements on walls, allowing for efficient mobility from 'people searching for AEDs' to 'AEDs reaching people,' significantly enhancing AED emergency response efficiency and coverage.



Constructed with high-performance, eco-friendly polycarbonate materials, the M series housing exhibits excellent impact resistance, heat resistance, flame retardance, and IP65 dust and water resistance, enabling use in harsh environments while promoting recyclability and degradation, thereby fostering natural ecological balance.