Extended and Augmented Reality: Reshaping the EP Lab, the Workforce, and the Business of Cardiac Ablations - Powered by SentiAR-Extended and Augmented Reality: Reshaping the EP Lab, the Workforce, and the Business of Cardiac Ablations

Extended and Augmented Reality: Reshaping the EP Lab, the Workforce, and the Business of Cardiac Ablations - Powered by SentiAR

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Video Summary

The panel discussed how extended and augmented reality could reshape electrophysiology labs, workflows, staffing, training, and costs. Several EP specialists shared early experiences using the CentiAR system, emphasizing benefits such as flexibility, mobility, better visualization of maps and anatomy, and the ability to keep attention on the patient while reducing dependence on multiple physical monitors.  <br /><br />Panelists noted a short learning curve, but said the technology quickly became intuitive. They highlighted potential workflow improvements, including personalized display settings, better attending-fellow teaching, reduced shouting in the lab, and possible reductions in staffing needs. Multiple speakers stressed that the biggest barriers may be institutional: IT approval, data security, and proving cost-effectiveness.  <br /><br />There was strong interest in using AR in both hospital and ASC settings, especially for saving space, reducing infrastructure needs, and expanding access to procedures. The group also discussed future integration with AI, robotics, voice navigation, and remote collaboration. Some cautioned that backup conventional systems will still be necessary.  <br /><br />Overall, the panel saw AR as a promising step toward a more efficient, portable, and teachable EP lab, but one that still needs rigorous data, standardized training, and workflow validation.

Keywords

augmented reality

electrophysiology labs

CentiAR system

workflow optimization

medical imaging visualization

EP training

institutional barriers

remote collaboration