3D Echocardiography with Philips HeartModel

Heart ultrasound made for greater insight

Discover the latest technology and use of Anatomical Intelligence (A.I.) in the field of cardiovascular (or cardiac) ultrasound through Philips HeartModel 3D capabilities, which allows for cardiac 3D chamber quantifications, driven by advanced automation. Here you can find the most updated information on Philips EPIQ machines, HeartModel, as well as insights into this technology's practical application and the benefits this tool will add to your every-day cardiovascular ultrasound workflow.

3D Echocardiography with Dynamic HeartModel^{A.I.(Anatomical Intelligence)}

Evolving from Philips HeartModel^A.I., Dynamic HeartModel^A.I. provides more critical capabilities in addition to LV and LA volumes to expand your clinical use and increase diagnostic confidence through 3D echocardiography technology.

The Dynamic HeartModel^A.I. tracks every frame over the cardiac cycle using 3D speckle technology. The moving contours of LA and LV borders and waveforms, additional LV, LA indexes and LV mass measurements provide a holistic view of the left heart function. The LV wall motion and the linkage between the LV and LA volume change over the heart cycle in order to increase your diagnostic confidence. In addition, the multi-beat selection and results average make the heart function evaluation more reliable than single beat, being ideal for arrhythmia or atrial fibrillation patients.

Download white paper

HeartModel^A.I. for echocardiography explained

Boost your confidence in cardiac quantification during everyday

workflows with HeartModel^A.I.. This intuitive and validated 3D tool

provides robust, reproducible ejection fraction (EF) in just seconds.

What’s more, HeartModel^A.I. is the only validated tool to provide

simultaneous LV and LA volumes. It helps you easily characterize LA

volume – shown to be an indicator of cardiovascular outcomes – to

yield additional clinical information with no extra time or steps.

Case study: Philips HeartModel^A.I gives you critical information in seconds

This study compared quantification between 2D and Live 3D HeartModel^ᴬ⋅ᴵ⋅ and demonstrated a 82 % time savings for HeartModel^ᴬ⋅ᴵ⋅ when using the automated capability, and 63% time savings when minor edits were required.

Fulfill the need for right heart quantification with 3D Auto RV*

3D Auto RV* quantification application, a powerful combination of Philips and TOMTEC innovations with advanced automation, allows easy and robust 3D right ventricle volumes and ejection fraction measurements in everyday practice. The unique Auto Segmentation makes it easy to do this in as little as 15 seconds**

*Not Available for sale in U.S.A.

**Based on internal testing

Cardiology ultrasound reference studies

Machine learning based automated dynamic quantification of left heart chamber volumes.

3D echocardiographic quantification of the left-heart chambers using an automated adaptive analytics algorithm.

3D Echocardiographic Automated Quantification of Left Heart Chamber Volumes Using an Adaptive Analytics Algorithm.

Left ventricular volumes and ejection fraction quantification using an automated 3D adaptive analytic echocardiographic algorithm in pediatric population.

Automated, machine learning‐based, 3D echocardiographic quantification of left ventricular mass.

Want to talk to a sales representatives about Philips 3D quantification?

Talk to an expert to learn how Dynamic HeartModel^A.I. and 3D Auto RV* on Philips EPIQ systems can help you simplify the complex and time consuming practive of 3D transthoracic echocardiography

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3D Echocardiography - white papers

"Automated transthoracic 3D echo quantification of the left heart chambers" - A clinical study demonstrating time-saving for HeartModelA

Removing the complexity of Live 3D Quantification - Using HeartModelA.I. in clinical practice (PDF) (287.0KB)