Intelligent, automated, and connected. Advanced Visualization Workspace 15 is designed to support your image diagnostic confidence, while still reducing your time to report through optimized workflows and results automation. Philips advanced visualization solution is a comprehensive, scalable image post-processing platform seamlessly integrated within your enterprise, helping physicians perform advanced analysis and follow up even in complex settings.
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
An enhanced cardiac MR reading experience
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
An enhanced cardiac MR reading experience
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
Enhanced cardiac workflow
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Cardiac analysis
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
LOBI
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
Advanced vessel analysis
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Coronary calcified plaques
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
An enhanced cardiac MR reading experience
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
An enhanced cardiac MR reading experience
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
MR Cardiac Suite debuts a new, award-winning look and feel³, enabling seamless review and analysis of cardiac MR studies in one comprehensive environment. Enhanced reading experience with multimodality 2D & 3D viewing, comparison to priors and flexible and personalized layouts. Highly intuitive environment, enabling users to complete the majority of tasks with minimal training⁴.
Enhanced cardiac workflow
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Results-driven and personalized Cardiac MR workflow
An enhanced workflow to processing cardiac MR studies including automatic LV/RV contouring, user-defined viewing protocols and customization according to the clinical questions⁵, the user can also set their own normal values. It also includes consolidated findings dashboard with all results in one place.
Cardiac analysis
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Comprehensive cardiac analysis with CAD-RADS functionality
Integration of coronary lesions in a single view to support determination of disease severity and results communication. Findings management with all findings in one screen, with various layouts and views. Semi-automatic CAD-RADS workflow embedded within the application, the functionality enables standardized communication of results. The multi-batch option enables saving MPR images of all selected coronaries at once, to the PACS or any other configured devices.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
Supports in the review and analysis of non-contrast CT images for the management of ischemic stroke patients with a known large Vessel Occlusion (LVO) such as a Mid Cerebral Artery (MCA) or Internal Carotid Artery (ICA) occlusion with an automated workflow. The application automatically registers images, segment regions and provides calculation of ASPECT score and auto-send results to PACS.
LOBI
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
MR Longitudinal Brain Analysis (LOBI)
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
The MR Longitudinal Brain Analysis highlights subtle neurological changes over time.
The application now supports the generation of FLAIR* series. The FLAIR* could aid in the visualization of central vein sign in white matter lesions, which may help with the diagnosis of multiple sclerosis6.
Now you can view FLAIR* map, compare all 3 planes of all series and save FLAIR* as new DICOM series.
Advanced vessel analysis
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Advanced vessel analysis with spectral results
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
A single application for both conventional and spectral CT data with improved workflow and user experience, designed for faster results.
The application supports all spectral results for comprehensive vessel analysis. Use Spectral Magic Glass for side-by-side review of multiple spectral results. Photo Realistic Volume Rendering is now available for spectral data.
Coronary calcified plaques
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
CT Calcium Automated Analysis¹ provides information about coronary calcified plaques on non-gated, non-contrast chest CTs, based on the SCCT 2016 guidelines.
The application offers you key-images with segmented calcium for inspection, besides coronary calcium category scale and patient management recommendations. The application allows automatic results being sent straight to PACS.
