ADAS 3D LV analyses the left ventricle to obtain information related to the structure of the fibrotic tissue, calculating anatomical corridors from MRI and extracting detailed anatomy from CT.

How can ADAS 3D help you?


Help in deciding the approach

We help you to obtain additional information about your patient to decide the approach before the intervention.


Understanding of LV substrate

We help you to understand the LV substrate by visualizing and quantifying its fibrotic tissue distribution.


Increase the operator’s confidence

We help increase the operator’s confidence during navigation by providing a roadmap to assist in the procedure.


Obtain all the benefits from advanced imaging

We help you to connect to advanced imaging radiological services to import DICOM images for MRI.

How it works

Decision making before intervention

Understand the fibrosis distribution in the myocardium from MRI and the wall thickness and surrounding anatomical structures from CT.

During the procedure

Use the ADAS 3D model as a roadmap to the catheter navigation system to accurately treat your patient.

Post-procedure revision*

After the intervention, study the electroanatomical map with ADAS 3D and compare it with the MRI information to quantify outcomes. *Not available for clinical use in the USA

Analysis available for MRI and CT images

ADAS 3D processes both MRI and CT. Magnetic Resonance provides information about the fibrotic tissue. Computed Tomography provides detailed information about myocardial wall thickness and heart anatomy.

With MRI, you can obtain:

Analysis from LV Enhancement:

  • Visualization of the left ventricle in concentric layers from endo to epi
  • Detection of anatomical corridors
  • Identification of 3D core tissue


Heart Anatomy Extraction:

  • coronary arteries, aorta, esophagus or other heart structures

With CT, you can obtain:

  • Heart Anatomy Extraction such as coronary arteries, aorta, esophagus or other heart structures.
  • LV Wall Thickness

The technology


Border-zone corridors automatically detection

Automatic transmural detection of border-zone corridors and the quantitative analysis for each corridor.

Easy-to-understand ‘layers’

Visualize the Left Ventricle in concentric layers going from endo to epicardium to appreciate the scar transmurality.

Tissue characterization

Obtain a 3D Cardiac Model Segmentation with an automatic classification of tissue using selectable imaging thresholds

Export to EP navigation system

Help during the intervention by exporting structures (including anatomy, fibrosis information and corridors) to formats compatible with EP navigation systems

Technical characteristics


ADAS 3D software can be installed in either a laptop or desktop PC (see minimum requirements).

Connection with the PACS

Retrieve DICOM and store your cases from a centralized archive. Available in Cvi42 integrated version.

Floating licenses

Access to ADAS 3D from any computer in the same hospital with one license. Available in Cvi42 integrated version.

Study Storage Database

Storage and management of processed studies.

Try the interactive demo

Discover the interactive 3D view of the LV, with fibrotic tissue and the detected corridors.

Customer Portal

Find all the information related to ADAS 3D product.

Instructions For Use

Refer to the user manual to learn the features available and how to use the software.

Training tutorials

For educational purposes, we have developed video tutorials and practice cases. Use them for the initial steps on your training.

Technical support

Regarding the installation process, consult the PC requirements and the license request to start using ADAS 3D.

Image acquisition recommendations

High-quality images are necessary for the analysis of the fibrosis. Obtain ADAS 3D compatible DE-MRI and CTA sequences.

Scientific evidence

We provide you with a list of publications and articles related to ADAS 3D. Check the selection of the most relevant studies published in the last years.

Help to process a case

Our team guides you through all the steps. Have a look at the general workflow on how to obtain feedback and request help for a case.

Product media

Find some examples of real life cases using ADAS 3D.



Play Video

Fibrosis Analysis

ADAS 3D model with a tissue characterisation in reference to fibrosis analysis obtained from MRI. Anatomical corridors are also represented in the ventricle.

Play Video

Wall thickness and Anatomy

Correlation between DICOM image and ADAS 3D model. The user can observe the Wall Thickness analysis and anatomical information obtained from CT.

Play Video

Correlation between DICOM and 3D Model

DICOM Late Gadolinium Enhanced Cardiac MRI data is displayed on the right. On the left, ADAS 3D software depicts correlation with the 3D model of the left ventricle.

Play Video

Concentric layers of LV

The tissue is displayed in concentric layers going from endocardium to epicardium. The user can analyse scar transmurality and the presence of corridors.

Play Video

Fibrosis represented in 3D

According to tissue characterisation, fibrotic core zone is represented in 3 dimensions.

Play Video about EAM-ADAS-3D

EAM revision

After the intervention, study the electroanatomical map with ADAS 3D and compare it with the MRI information to quantify outcomes. *Not available for clinical use in the USA


Clinically evaluated in centers worldwide

ADAS 3D LV features are clinically validated in collaboration with hospitals and universities all over the world.

Medical centers worldwide trust us
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