Jousing AED Sets a New Benchmark in High-Performance, Life-Saving Technology

The golden window for saving a life from sudden cardiac arrest is just four minutes—every second counts.

As the key device in the emergency response chain, the defibrillation efficiency and the success rate of AEDs directly impact the survival of the patient. With over two decades of expertise and innovation in the field of defibrillation, Jousing Medical has developed a new generation of AEDs centered on high-efficiency defibrillation, delivering outstanding performance marked by speed, accuracy, and stability—to protect life when it matters most.

Technological Breakthroughs: Efficient Defibrillation Empowered by Advanced Technology

Jousing AEDs have demonstrated a first-shock success rate of over 98% in large-scale animal studies, and have shown remarkable real-world results as there are over 150 sudden cardiac arrest patients successfully rescued by May 2025.This achievement is rooted in key technological innovations and deep clinical experience:

· Low-Energy Biphasic Waveform Defibrillation: Utilizing biphasic truncated exponential (BTE) waveform technology, Jousing AEDs deliver lower energy shocks with less myocardial damage, improving first-shock success rates while supporting better post-event recovery.

· Dynamic Impedance Compensation: Real-time monitoring of chest impedance allows intelligent energy adjustment tailored to each patient, ensuring effective treatment while minimizing unnecessary cardiac damage.

R&D: Innovation Driven by Clinical Validation

Since 2002, Jousing Medical has partnered with The First Affiliated Hospital of Soochow University to pioneer animal defibrillation models in China.Through more than a decade of animal experiments and human ECG simulations, Jousing has overcome key challenges in waveform control and energy delivery efficiency, laying a solid foundation for the internationalization of China’s AED technology.

Intelligent Rhythm Analysis Algorithm: Designed to balance sensitivity and specificity, the algorithm accurately identifies shockable rhythms (e.g., VF, pulseless VT) and avoids misjudging non-shockable ones (e.g., SVT).Based on over 20 years of a Chinese local heart rhythm sample database

 and verified through animal and human models, the algorithm ensures both precision and adaptability.

Manufacturing: Reliable Quality Built to the Highest Standards

As a Class III medical device integrating precision mechanics, biomedical engineering, and information technology, every step of Jousing AED development and production adheres to a zero-tolerance for error standard:

· Extreme Environments:Jousing’s AED has passed rigorous testing for humidity, salt spray, extreme temperatures, drops, and vibrations, ensuring stable performance under complex emergency conditions.

·  Anti-Interference Design: Enhanced electromagnetic shielding and circuit protection reduce the risk of external interference impacting performance.

·  Long-Term Reliability: High-durability components, intelligent battery management, and electrode aging tests ensure reliable long-term standby performance.

Scenario Adaptability: Smart Design for Faster Emergency Response

Jousing AEDs are engineered for minimalist operation and wide environmental adaptability, helping to significantly reduce emergency response time.

·  Pre-Charging Technology: ECG analysis and capacitor charging are initiated simultaneously, minimizing waiting time and ensuring uninterrupted chest compressions.

·  Simple User Interface: The device activates automatically upon opening, with clear voice prompts and LED indicators guiding even untrained users through the rescue process with ease.

·   All-Weather Compatibility: From scorching deserts to icy snowfields, humid coastlines to high-altitude regions, Jousing AEDs perform reliably—making them ideal for use in public spaces, transportation hubs, and outdoor rescue operations.

Protecting Life with Efficiency, Fulfilling a Mission with Expertise

From lab to clinical deployment, Jousing remains committed to high-efficiency defibrillation through continuous innovation. In moments of cardiac arrest, a reliable and effective AED can make the difference between life and death.