Robotics and Automation in Catheter Ablation (Joint Session) (non-ACE)-Robotics and Automation in Catheter Ablation (Joint Session) (non-ACE)

Video Transcription

Video Summary

The session quickly covered several emerging technologies in electrophysiology, primarily focusing on remote and robotic techniques, pulse field ablation (PFA), and the potential for integrating advanced digital solutions in medical practice. Speakers discussed the benefits and practical uses of robotic systems in telerobotic procedures and how these technologies can enhance access to electrophysiological (EP) procedures globally, especially in regions with limited EP labs. Several examples were shared of using robotics to address difficult anatomical targets, highlighting how stable robotic controls can significantly improve the precision and success rates of ablations. New catheter technologies and their ability to integrate with current EP mapping systems were showcased, emphasizing improvements in contact stability and lesion effectiveness. <br /><br />There was a strong focus on the emerging role of artificial intelligence (AI) and augmented reality (AR) systems in navigating and operating within the EP lab, showcasing potential advancements in how procedures might be conducted more effectively and efficiently. This includes integrating AI for vision systems and extended reality to create real-time, immersive 3D models during procedures. The potential for AI-driven automation in robotic systems was highlighted as a shift towards more autonomous and precise therapies, potentially equalizing operator outcomes regardless of skill level. <br /><br />The session concluded by underlining the importance of open feedback loops between clinicians and technology developers, both in robotics and broader AI integrations, to ensure that these advancements meet the practical needs of medical professionals and enhance patient safety and outcomes. The integration of these technologies is seen as a way forward to optimize precision and safety in EP procedures, heralding a transformative period in cardiac care.

Keywords

electrophysiology

remote techniques

robotic systems

pulse field ablation

telerobotic procedures

AI in medicine

augmented reality

catheter technologies

3D models

automation

cardiac care