Philips TOMTEC Ultrasound Workspace
Experience an AI driven echocardiography workflow
A scalable cardiovascular viewing, analysis and reporting system
Ultrasound Workspace enhances diagnostic confidence by providing semi-automated, multi-vendor solutions. The platform integrates advanced automation and AI* to minimize variability and improve cardiovascular clinical workflows. It supports efficient diagnostics both on- and off-cart. The scalable platform and licensing provide customizable support that ensures growth and robust institutional adoption.
Philips Ultrasound Workspace builds on the success of TOMTEC software
Enhance echocardiography workflow with a scalable viewing, analysis, and reporting system which enables the same diagnostic capabilities on- and off-cart, reading multi-vendor data, and leverages AI for flexible, streamlined clinical workflow.
Ultrasound Workspace applications
Supporting your cardiovascular imaging needs - both on and off echo carts
3D Auto TV [1]
3D Auto Tricuspid Valve Quantification helps overcome the challenge to analyze complex anatomy of the tricuspid valve. AI-enabled 3D Auto TV helps confirm/re-evaluate device size/selection with more accurate peri-procedure TV annulus measurements (for initial device sizing and plan with CT).
3D Auto CFQ
3D Auto Color Flow Quantification of MR volumes supports more informed decisions in heart valve disease patients. AI-enabled 3D Auto CFQ provides quantification of mitral valve regurgitant (MR) volume (RVol) and peak flow rate from a 3D color doppler acquisition.
2D Auto LV
2D Auto LV with Auto Segmental Wall Motion Scoring provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment alongside with Strain and EF calculation in one application to support a holistic assessment of the left ventricle.
3D Auto TV [1]
3D Auto Tricuspid Valve Quantification helps overcome the challenge to analyze complex anatomy of the tricuspid valve. AI-enabled 3D Auto TV helps confirm/re-evaluate device size/selection with more accurate peri-procedure TV annulus measurements (for initial device sizing and plan with CT).
Footnotes
- J. Solis, et al: Optimizing echocardiography workflow to increase access to high quality care for patients; European Heart Journal - Cardiovascular Imaging (2023) 24 (Suppl 1). Link
Disclaimer
* Applicable for 3D Auto CFQ, 3D Auto TV, 3D Auto MV, 3D Auto RV, 2D Auto LV, semi-automated measurements.
Experience an AI driven echocardiography workflow.