Technologies

Abbott EnSite™ X

Abbott EnSite™ X – Comprehensive 3D Navigation and Mapping System in Electrophysiology

 

EnSite™ X is a next-generation three-dimensional mapping system used for precise diagnosis and treatment of cardiac arrhythmias.The system creates a 3D model of the heart's internal structures and displays electrical activity in real time, enabling electrophysiologists to accurately identify the origin of arrhythmias and perform targeted therapy with the highest precision.

 

EnSite™ X allows operation in both contact and non-contact modes, reducing radiation exposure and enhancing diagnostic accuracy.

Main System Components

 

WorkMate Claris™ Recording System


This module collects and analyzes the heart's electrical signals during the procedure. It displays data from each electrode in real time, allowing the physician to precisely locate the source of the arrhythmia and assess the effectiveness of ablation.

 

Ampere RF Generator


This is the energy source used for arrhythmia treatment. Once EnSite™ X accurately identifies the arrhythmia focus, the Ampere RF Generator delivers controlled radiofrequency energy to the target tissue for ablation. Energy delivery is fully regulated by the system, ensuring safety and minimizing tissue damage.

 

CoolPoint Pump System


The CoolPoint Pump continuously cools the ablation catheter during the procedure. This technology protects tissue from overheating, enhances procedural efficiency, and reduces the risk of complications. The system automatically adjusts fluid flow and pressure, ensuring a stable and safe operation for both physician and patient.

 

Advantages:

  • Precise 3D mapping of cardiac arrhythmias

  • Real-time visualization and analysis

  • High accuracy and safety

  • Minimal radiation exposure

  • Fully integrated system – from monitoring to treatment

 

EnSite™ X combines diagnostics, navigation, and therapy on a single intelligent platform, enabling electrophysiologists to restore normal heart rhythm with maximum precision and minimal discomfort for the patient.

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