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CARDIOVASCULAR
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Powerful. Reliable. Efficient.

Revolutionize high-density cardiac mapping with the EnSite™ X EP System and EnSite™ Omnipolar Technology (OT) – a next generation 3D mapping platform created to give you a POWERFUL, RELIABLE and EFFICIENT user experience for every procedure.

Map Any Arrhythmia Without Compromise

Unleash the POWER of the Advisor™ HD Grid Mapping Catheter, Sensor Enabled™ and EnSite OT to revolutionize high density mapping.

Experience RELIABLE stability in all procedures with EnSite™ VoXel Mode — allowing users to collect data using magnetic-based coordinates to provide accurate and linear visualization.

Ease system setup and improve operator EFFICIENCY1 with a completely redesigned platform.

Introduction to EnSite X EP System and EnSite Omnipolar Technology (OT)

 

POWERFUL

True electrograms* with EnSite OT

Accelerate diagnosis & treatment decisions through accurate mapping with Ensite Omnipolar Technology (OT) and Advisor HD Grid Mapping Catheter, Sensor Enabled.1

Unleash the power of Advisor HD Grid Mapping Catheter, sensor enabled:

IDENTIFY TRUE, LOCAL

annotation-independent tissue characteristics2

GAIN INSTANT NEW PERSPECTIVE OF WAVEFRONT DIRECTION

with activation direction arrows displayed beat by beat

REDEFINE SIGNAL QUALITY

with a newly designed platform paired with a best-in-class high density mapping catheter that improves the signal to noise ratio with a noise floor of 0.01 mv3

SEE EVERY SIGNAL IN 360 DEGREES

capturing signals that no other mapping technology can see*

ENHANCE MAP ACCURACY

with 3x increase in point density per acquisition2**

MAP 1,000,000 POINTS

to meet your procedural needs without limitation

WHAT IS OMNIPOLAR TECHNOLOGY?

Omnipolar technology accelerates diagnosis and treatment decisions by providing a new way to calculate bipolar electrograms that are independent from catheter-wavefront orientation.

OT, in combination with EnSite™ LiveView Dynamic display, provides instantaneous beat-by-beat visualization of activation direction and maximum voltage calculated in 360 degrees for accurate, high-density mapping.

 

Reliable

Trust Model and Location Accuracy Over Time

EnSite X Cardiac Voxel Map Comparison A
CT Image
EnSite X Cardiac Voxel Map Comparison B
Model accuracy with EnSite VoXel mode

OVERCOME STABILITY CHALLENGES with changes in patient management and EP lab environment variables, using the EnSite™ VoXel Mode.

  • MINIMIZE CASE DISRUPTION due to patient movement, even after cardioversion
  • ACCURATELY COLLECT DATA throughout the procedure by reducing the impact of environmental changes caused by metal distortion

Introducing Ensite™ Voxel Mode

WHAT IS A VOXEL?

In computer graphics, a voxel is a three-dimensional (3D) point in space.
 

WHAT IS ENSITE VOXEL MODE?

EnSite VoXel Mode allows user to collect modeling data using magnetic-based coordinates to provide accurate and linear visualization.

Ensite™ X EP System

 

Efficient

Ease system setup with simplified connectology and completely redesigned platform.

REDUCE THE NUMBER OF CONNECTIONS BY UP TO 50% to facilitate a faster, easier system setup

94% of operators saw IMPROVED SYSTEM USABILITY with an optimized software user interface4

93% of users agreed the new system setup allows for FASTER TROUBLESHOOTING and MINIMIZED DOWNTIME4

Two EnSite X EP System Carts and Component Closeup

A System Built to Last

  • NEXT GENERATION PLATFORM with annual software release cadence
  • ENHANCED CYBERSECURITY CAPABILITIES including access restrictions, white listing and strengthened patient data protection

*Every signal can be defined as any signal seen on the RAI window recorded by the HD Grid mapping catheter when the map polarity is set to omnipolar.

References

  1. Abbott. Data on File. Claims Matrix Document #90467739.
  2. Porterfield C, et al. Comparison of Gap Identification Using Three Technologies for Confirmation of Pulmonary Vein Isolation. Originally scheduled for poster presentation at EHRA 2020 Congress. Abbott. Data on File: MAT-2002108 v1.0.
  3. Eldadah Z, et al. Incidence and Location of PVI Gaps Identified Post-Cryoballoon Ablation for Atrial Fibrillation. Originally scheduled for poster presentation at EHRA 2020 Congress. Abbott. Data on File: MAT-2002103 v1.0.
  4. GiuggiaM, et al. Incidence and Location of Residual Gaps Identified by a High-Density Grid-Style Mapping Catheter After PVI Is Confirmed by Pacing the Ablation Lines. Originally scheduled for poster presentation at EHRA 2020 Congress. Abbott. Data on File: MAT-2002112 v1.0.

MAT-2009688 v3.0

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DO YOU WISH TO CONTINUE AND EXIT CARDIOVASCULAR.ABBOTT?

CONTENTS OF THE SITE ARE NOT UNDER THE CONTROL OF ABBOTT.