Recently, the 26th Annual Conference of the Heart Rhythm Society (CHRS 2026) was successfully held in Chengdu, Sichuan. Shanghai MicroPort EP MedTech Co., Ltd. (MicroPort EP) unveiled its five technology solutions — " PFA, RF, Cryo, RMN, ICE " — comprehensively showcasing its new vision for interventional diagnosis and treatment in electrophysiology.

Centered around the Columbus™ 3D EP Navigation System, MicroPort EP has built a comprehensive electrophysiology interventional diagnosis and treatment solution covering multiple energy modalities and clinical scenarios across its five technology systems:

PFA: PulseMagic™ Pulsed Field Ablation Solution, offering both focal and loop ablation configurations, making AF ablation more precise and safer;

 RF: FireMagic™ Radiofrequency Ablation Solution, integrating contact force monitoring, high-density mapping, and automated mapping technologies to enhance ablation safety and procedural efficiency;

 Cryo: IceMagic ™ Surface Temperature Monitoring Cryoablation Solution, enabling controlled and stable cryoablation therapy through real-time temperature monitoring;

 RMN: Magbot™ Robotic Magnetic Navigation Solution, leveraging Robotic Magnetic Navigation-driven technology to facilitate precise catheter manipulation and complex arrhythmia treatment;

 ICE: EasyEcho™ Intracardiac Echocardiography Imaging Solution, providing high-resolution intracardiac imaging to support real-time anatomical and device localization during procedures.

 During the congress, MicroPort EP, together with its strategic partner Shangyang Medical, showcased at its booth the company's integrated innovations across multiple technology fields including pulsed field ablation, radiofrequency ablation, cryoablation, Robotic Magnetic Navigation, and intracardiac ultrasound. The booth attracted significant attention and inquiries from numerous experts.

A water tank heart simulator hands-on area was specially set up at the booth to deepen visiting experts' understanding of product performance and clinical applications. Many experts participated in hands-on operations, immersing themselves in the efficient mapping, precise ablation, and smooth interactive feedback of the system, and gave high praise to MicroPort EP's comprehensive and efficient clinical solutions.

During the live case demonstration session at the congress, the electrophysiology teams from Sichuan Provincial People's Hospital and Sir Run Run Shaw Hospital, Zhejiang University School of Medicine, successfully completed two innovative procedural demonstrations.

During the procedure, catheter mapping and pulsed energy delivery were visualized and efficient. The catheter's "tower" structure achieved precise tissue contact. The entire workflow was clear and integrated, requiring no catheter changes or auxiliary equipment, significantly reducing procedure time and markedly improving procedural efficiency.

 The EasyEcho™ Ultrasound Catheter works synergistically with the Columbus™ 3D EP Navigation System to achieve catheter localization and ultrasound-based modeling, providing more precise 3D visualization support for intracardiac interventional therapy.

 With their superb procedural skills and seamless team coordination, the experts perfectly demonstrated the clinical advantages of the cutting-edge "PFA+ICE" combination technique.

Under the high-definition visualization of the live case broadcast, the AI-powered rapid modeling process enabled by MicroPort EP's EasyEcho™ I Ultrasound Catheter technology became the core highlight of the discussions. During the procedure, intracardiac ultrasound images were automatically converted into 3D anatomical models, achieving rapid automatic generation of the 3D cardiac anatomy.

This process, powered by an AI algorithm engine, significantly shortens the time required for 3D reconstruction of cardiac structures:

Precise anatomical reconstruction: Wherever the ultrasound probe reaches, the AI automatically and in real time captures the geometry of the cardiac chamber wall, constructing a high-precision, high-fidelity 3D anatomical model in an extremely short time.

Efficient support for procedural decision-making: The clear ultrasound images seamlessly integrate with the 3D electrophysiology system, providing a powerful real-time anatomical reference for precise contact and energy delivery of the pulsed field ablation catheter.

Dual benefits of green and safe operation: This workflow not only greatly optimizes intraoperative steps and significantly shortens procedure time, but also minimizes dependence on traditional X-ray radiation, truly embodying the modern electrophysiology concept of "smart, green, and safe" procedures.

Moving forward, MicroPort EP will actively expand its global presence, continue to deepen the strategic deployment of its all-in-one technology platform, provide patients and physicians with more comprehensive products and professional services, and build a globally competitive integrated solution for interventional diagnosis and treatment in electrophysiology.