Philips DynaCAD Breast is a multi-vendor breast MR image analysis system specifically designed to help you process and display large volumes of clinical images and data. With its sophisticated post-processing engine, DynaCAD Breast supports efficient, focused workflows by automating routine tasks and providing you with ready-to-read, custom hanging protocols. Its configurable worklists make for easy study management, and its comprehensive toolset provides added efficiency and confidence for your clinical assessments.
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Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Customizable displays of post-processed data
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Customizable displays of post-processed data
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Lesion segmentation enhances workflow efficiency
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Clearer images for more productive study reviews
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
Automated reports capture and share relevant data
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Enhanced workflow for biopsy procedures
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Customizable displays of post-processed data
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Customizable displays of post-processed data
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Take advantage of an advanced post-processing engine that automatically generates multi-planar reformatted (MPR) and maximum intensity projection (MIP) images. You can also apply 3D image registration to correct motion artifacts, and chest wall/cardiac masking to help focus on the target anatomy. Additional tools are available to help analyze the data, such as subtraction images and color overlays based on kinetic characteristics. You can view the post-processed data in a customized hanging protocol or automatically forward it to a PACS archive.
Lesion segmentation enhances workflow efficiency
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Lesion segmentation enhances workflow efficiency
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Launch an automatic segmentation feature with one mouse click. The advanced segmentation algorithm allows for your on-the-fly modification and presents you with a volume analysis, lesion composition statistics, histograms, and a 3D-rendered morphological overview. Auto-populated regions of interest (ROIs) can be viewed as a 2D image or can be mapped onto a maximum intensity projection, where it will appear as a 3D object. The resulting segmentation report provides a calculation of lesion location diameter measurements and location.
Clearer images for more productive study reviews
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Clearer images for more productive study reviews
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
Motion Correction helps reduce unwanted image artifacts, boosting time efficiency and confidence as studies are interpreted. The system can display corrected images by default, or users can toggle them on and off.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
DynaCAD Breast automatically associates prior exams with current ones for quick and effortless side-by-side review. You can set linked exams to scroll sequentially, so you can visually compare current and prior images on a slice-by-slice basis.
Automated reports capture and share relevant data
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Automated reports capture and share relevant data
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Use the structured reporting system in DynaCAD Breast to produce highly customized exam reports. You can program reports to automatically append pre-selected images containing kinetic data, measurements, and annotations. The system also automatically populates additional report fields such as lesion diameter measurements, lesion to landmark distances, and volumetric data. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Enhanced workflow for biopsy procedures
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
Enhanced workflow for biopsy procedures
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
DynaCAD Breast includes DynaLOC visual guidance for planning of breast biopsy procedures. DynaLOC’s menu-driven interface guides you through the initial setup of equipment to the confirmation of targets. Access a large library of interventional instruments and hardware for a custom, site-specific workflow. Computer renderings illustrate patient position, device setup, target area and needle tract for added confidence.
DynaCAD Breast is a module of the DynaCAD product.
Product not available for sale in all countries. Please contact your sales representative to ascertain availability in your country.
Product not available for sale in all countries. Please contact your sales representative to ascertain availability in your country.
Genom att klicka på länken kommer du att lämna den officiella Philips Electronics Ltd. ("Philips") webbplats. Alla länkar till tredje parts webbplatser som kan visas på denna webbplats tillhandahålls endast för din bekvämlighet och representerar inte på något sätt någon anknytning till eller stöd för informationen som tillhandahålls på dessa länkade webbplatser. Philips lämnar inga utfästelser eller garantier av något slag med avseende på tredje parts webbplatser eller informationen däri.
