Paris, France — Recently, Shanghai MicroPort EP MedTech Co., Ltd. (MicroPort EP) made a major appearance at the European Heart Rhythm Association Annual Meeting (EHRA 2026) with its "PRIME" suite of five technology platforms, showcasing its integrated solution for interventional diagnosis and treatment of electrophysiology to the international market.

Centered around the Columbus™ 3D Cardiac Electrophysiological Mapping System and built upon the "PRIME" technology framework, MicroPort EP has established a comprehensive solution covering multiple energy modalities and clinical scenarios:

P (PF): PulseMagic™ Pulsed Field Ablation System, supporting both microsecond and nanosecond dual technology pathways;

R (RF): Radiofrequency Ablation Solution, integrating FireMagic™ contact force monitoring, high-density mapping, and automated mapping technologies;

I (Ice): IceMagic™ Cryoablation Solution with Surface Temperature Monitoring ;

M (Magnet): Magbot™Robotic Magnetic  Navigation Solution;

E (Echo): EasyEcho™ Intracardiac Echocardiography Imaging Solution.

The PulseMagic™ Pulsed Field Ablation Generator (microsecond and nanosecond dual-series standalone consoles) and PulseMagic™ Pulsed Field Ablation Catheters (multi-configuration loop/flower petal designs) recently received EU CE MDR certification.

At the congress, this PFA product series held its European market launch, attracting experts from Italy, Germany, France, Spain and other countries to visit, exchange ideas, and experience the technology.

Among them, the PulseMagic™ Spiral Pulsed Field Ablation Catheter became the focal point of the exhibition:

• The spiral three-dimensional double-loop structure forms a stable "tower" shape upon entering the pulmonary vein, simultaneously covering both the antrum and the ostium. It accommodates both internal and external tissue contact, effectively widening the ablation zone and enhancing the continuity and efficacy of pulsed field ablation.

• It enables a "mapping-modeling-ablation" workflow, deeply integrated with the Columbus™ system, achieving full procedural visualization and millimeter-level precision navigation.·

Concurrently, the PulseMagic™ Flower Pulsed Field Ablation Catheter, supporting nanosecond pulsed field ablation, made its European debut:

• The petal-shaped design significantly improves catheter adaptability to complex pulmonary vein anatomies.

Multiple experts who experienced the system on-site noted that the integrated design and multi-system synergy of the PulseMagic™ system offer an efficient and precise treatment option for clinical practice.

The EasyEcho™ Intracardiac Echocardiography System also made its European debut at the congress. Its high-definition real-time imaging capabilities, catheter maneuverability, precise catheter positioning, and ultrasound-based modeling drew widespread attention.

During the congress, MicroPort EP hosted Pulsed Field Ablation Catheter several dedicated product presentations and set up a hands-on simulation area to deepen visiting experts' understanding of the product's performance and clinical applications.

A special "Simulation Village" hands-on area was set up at the congress, where experts could perform left atrial modeling using the EasyStars™ High Density Mapping Catheter, and experience point-by-point ablation workflow with the FireMagic™ TrueForce™ Ablation Catheter.

This area attracted participants from Germany, Netherlands, Canada, Turkey, Poland, and several other countries. After the hands-on experience, many experts highly recognized the technological capabilities of MicroPort EP's products and expressed anticipation for the future clinical application of pulsed field ablation technology.

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 deliver a globally competitive integrated solution for interventional diagnosis and treatment in electrophysiology.