imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition com
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition components, a central system manager component, a diagnostic workstation component, and an archiving component. The data flow is such that patient and procedure information is optionally delivered to the central system manager, followed by the acquisition of the image objects directly from the image sources or by one of the acquisition components. When the central system manager registers the acquired image objects and the retrieved prior procedure data, a user can access the information by selecting the hem from the operator work list. The image data is transmitted to and rendered on the user's workstation using the diagnostic workstation components. imorgon Ultrasound PACS Solutions is also a teleradiology system used to receive DICOM images, scheduling information, organize and store them in an internal format, and to make that information available across a network via web and customized user interfaces. imorgon Ultrasound PACS Solutions is for hospitals, imaging centers, radiologist reading practices and any user who requires and is granted access to patient image, demographic and reportinformation.
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition com
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition components, a central system manager component, a diagnostic workstation component, and an archiving component. The data flow is such that patient and procedure information is optionally delivered to the central system manager, followed by the acquisition of the image objects directly from the image sources or by one of the acquisition components. When the central system manager registers the acquired image objects and the retrieved prior procedure data, a user can access the information by selecting the hem from the operator work list. The image data is transmitted to and rendered on the user's workstation using the diagnostic workstation components. imorgon Ultrasound PACS Solutions is also a teleradiology system used to receive DICOM images, scheduling information, organize and store them in an internal format, and to make that information available across a network via web and customized user interfaces. imorgon Ultrasound PACS Solutions is for hospitals, imaging centers, radiologist reading practices and any user who requires and is granted access to patient image, demographic and reportinformation.
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition com
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition components, a central system manager component, a diagnostic workstation component, and an archiving component. The data flow is such that patient and procedure information is optionally delivered to the central system manager, followed by the acquisition of the image objects directly from the image sources or by one of the acquisition components. When the central system manager registers the acquired image objects and the retrieved prior procedure data, a user can access the information by selecting the hem from the operator work list. The image data is transmitted to and rendered on the user's workstation using the diagnostic workstation components. imorgon Ultrasound PACS Solutions is also a teleradiology system used to receive DICOM images, scheduling information, organize and store them in an internal format, and to make that information available across a network via web and customized user interfaces. imorgon Ultrasound PACS Solutions is for hospitals, imaging centers, radiologist reading practices and any user who requires and is granted access to patient image, demographic and reportinformation.
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition com
imorgon Ultrasound PACS Solutions is a PACS system, comprised of acquisition components, a central system manager component, a diagnosticworkstation component, and an archiving component. The data flow is such that patient and procedure information is optionally delivered to the central system manager, followed by the acquisition of the image objects directly from the image sources or by one of the acquisition components. When the central system manager registers the acquired image objects and the retrieved prior procedure data, a user can access the information by selecting the hem from the operator work list. The image data is transmitted to and rendered on the user's workstation using the diagnostic workstation components. imorgon Ultrasound PACS Solutions is also a teleradiology system used to receive DICOM images, scheduling information, organize and store them in an internal format, and to make that information available across a network via web and customized user interfaces. imorgon Ultrasound PACS Solutions is for hospitals, imaging centers, radiologist reading practices and any user who requires and is granted access to patient image, demographic and reportinformation.
PYLARIFY AI is intended to be used by healthcare professionals and researchers f
PYLARIFY AI is intended to be used by healthcare professionals and researchers for acceptance, transfer, storage, image display, manipulation, quantification and reporting of digital medical images. The system is intended to be used with images acquired using nuclear medicine (NM) imaging, using PSMA PET/CT. The device provides general Picture Archiving and Communications System (PACS) tools as well as a clinical application for oncology including marking of regions of interest and quantitative analysis.
PYLARIFY AI is a software only medical device that provides quantitative assessm
PYLARIFY AI is a software only medical device that provides quantitative assessments of standardized uptake values (SUVs) for patients that are subject to examination by nuclear medicine (NM) imaging, using PSMA PET/CT, within the clinical application of oncology. The device performs by automatic organ and bone segmentation and lesions, selected by the user, will automatically be calculated into a lesion index (LI) and intensity-weighted total lesion volume (ITLV). The user of this product is typically a health-care professional using the software to review patient images and analyze results.
aPROMISE is a softwareonly medical device that provides quantitative assessments
aPROMISE is a softwareonly medical device that provides quantitative assessments of standardized uptake values (SUVs) for patients that are subject to examination by nuclear medicine (NM) imaging within the clinical application of oncology. The device performs by automatic organ and bone segmentation and lesions, selected by the user, will automatically be calculated into a lesion index (LI) and intensityweighted total lesion volume (ITLV). The user of this product is typically a health-care professional using the software to review patient images and analyze results.
The aBSI is a software-only medical device that provides a fully quantitative as
The aBSI is a software-only medical device that provides a fully quantitative assessment of a patient’s skeletal disease on a bone scan, as the fraction of the total skeleton weight. The user of this product is typically a health-care professional using the software to view the patient images and analysis results.
EXINI is intended to be used by trained health-care professionals and researcher
EXINI is intended to be used by trained health-care professionals and researchers for acceptance, transfer,storage, image display, manipulation, quantification and reporting of digital medical images. The system isintended to be used with images acquired using nuclear imaging (NM) and computed tomography (CT). Thesoftware provides general Picture Archiving and Communications System (PACS) tools and a clinical applicationfor oncology including lesion marking and analysis.