Abbott - Ensite Precision
by Abbott
Abbott - Ensite Precision
Follow Us
DESCRIPTION
Cardiac Mapping System
The EnSite Precision™ Cardiac Mapping System is a next-generation electrophysiology (EP) platform designed to enhance the speed, accuracy, and flexibility of cardiac mapping procedures. Developed by Abbott, this advanced system integrates impedance-based flexibility with magnetic-field precision, enabling clinicians to diagnose and treat a wide range of simple to highly complex arrhythmias with confidence.
Built to address the challenges of modern EP procedures, EnSite Precision streamlines workflows through intelligent automation and real-time data processing. Features such as the EnSite™ AutoMap Module and TurboMap allow for rapid, high-density mapping while automatically filtering out catheter ectopy and improving signal accuracy. Advanced tools—including morphology matching for ventricular tachycardia (VT), enhanced timing detection algorithms like Last Deflection, and innovative map types such as Fractionation Map and Score Map—provide deeper clinical insights and support more informed decision-making.
The system’s dual-technology approach, combining impedance and magnetic localization, improves anatomical model creation, reduces variability, and enhances overall mapping precision. Its open-platform design allows physicians to use a wide range of diagnostic and ablation catheters, supporting both contact and non-contact mapping and enabling greater procedural customization.
With faster model creation, improved visualization, and the ability to map any chamber with virtually any catheter, the EnSite Precision Cardiac Mapping System helps optimize procedural efficiency and clinical outcomes—making it a powerful solution for today’s complex electrophysiology environment. (Generated by AI)
FORUMSView All (1)
0RepliesFri Mar 20 2026 | User/password Anyone happen to have the user name or password to enter the system. Thank you. Equipment: Abbott/St Jude Ensite Precision Reply |
DOCUMENTS / MANUALSView All
FEATURES
Intelligent Automation for Faster Mapping
- Automated mapping tools reduce procedure and mapping time
- EnSite™ AutoMap Module enables high-density, real-time data collection
- TurboMap feature accelerates map generation and refinement
- Automatic rejection of catheter ectopy improves data quality
Advanced Arrhythmia Analysis
- Automated morphology matching for ventricular tachycardia (VT) mapping
- Enhanced timing detection algorithms, including Last Deflection
- New visualization tools:
- Fractionation Map
- Score Map
Dual Technology Precision
- Combines impedance-based mapping with magnetic-field localization
- Improves anatomical model accuracy and consistency
- Reduces “tenting” effect during chamber modeling
- Minimizes voltage variability during mapping
Unmatched Procedural Flexibility
- Map any cardiac chamber with virtually any catheter
- Supports both contact and non-contact mapping
- Open platform allows integration with multiple diagnostic and ablation tools
- Compatible with advanced technologies like:
- TactiCath™ Sensor Enabled™ Ablation Catheter (real-time contact force)
High-Density Mapping & Model Creation
- Faster, real-time anatomical modeling with OneMap and OneModel
- Up to 54% faster model creation for efficient workflows
- Enables precise visualization of complex cardiac structures
(Generated by AI)
Additional Specifications
System Type:
- Cardiac Electrophysiology Mapping System
Mapping Technologies:
- Impedance-based mapping
- Magnetic-field localization
Core Modules & Software:
- EnSite™ AutoMap Module
- TurboMap Feature
- OneMap & OneModel tools
- Contact Force Module
Mapping Capabilities:
- High-density mapping
- Fractionation mapping
- Score mapping
- VT morphology matching
Compatibility:
- Supports multiple catheter types (contact & non-contact)
- Compatible with Sensor Enabled™ technologies
- Open-platform integration
Data & Visualization:
- Real-time 3D cardiac mapping
- Automated signal processing and filtering
- Advanced electrogram analysis
(Generated by AI)