The NDOHD system is intended for viewing, acquiring, recording, archiving and retrieving video and still images of endoscopic surgical procedures including, but not limited to, orthoscopic, gynecological, laparoscopic, urologic, sinuscopic procedures. The professionals or practitioners using this system would be medical doctors or clinicians such as speech pathologists. The device is a prescription device. The NDOHD system is not intended to be used in an environment that requires sterilization.

IQQA-BodyImaging is an image analysis software for reviewing body imaging studies (including thoracic, abdominal and pelvic) derived from CT and MR scanners

IQQA-Chest is an image analysis CAD software used during the review of digital chest radiographic images.

IQQA-Liver Multimodality is an image analysis software for reviewing multiphase images derived from CT and MR scanners

eRAD RIS v2.2016

eRAD RIS v3.2018

eRAD PACS v7.2

eRAD PACS v7.3

eRAD PACS Evolution

The VidiStar PACS & DICOM Viewer Software system is a picture archiving and communications system (PACS) intended to be used as a networked Digital Imaging and Communications in Medicine (DICOM) and non-DICOM information and data management system. The VidiStar PACS & DICOM Viewer Software is comprised of modular software programs that run on standard “off-the-shelf” personal computers, business computers, and servers running standard operating systems. VidiStar PACS & DICOM Viewer Software system is an image, data storage and display software that accepts DICOM data from laboratories, which support DICOM standard imaging data and structured reporting transfer(s). The system provides the capability to: organize images generated by OEM vendor equipment, perform digital manipulation, create graphical representations of anatomical areas, perform quantitative measurements, and create DICOM structure reports, all over the Internet.

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.

This applies to minor versions referred to as v2018, v2023, v2024

A medical image software package that aids the physician in the diagnosis of patients by means of medical images. It is a DICOM viewer used to display, register and fuse medical images from multiple modalities for referring physicians.

A medical image software package that aids the physician in the diagnosis of patients by means of medical images. It is a DICOM viewer used to display, register and fuse medical images from multiple modalities for referring physicians.

A medical image software package that aids the physician in the diagnosis of patients by means of medical images. It is a DICOM viewer used to display, register and fuse medical images from multiple modalities for referring physicians.

A mobile medical imaging software package that is used for the viewing, registration, fusion, and/or display for diagnosis of medical images. It can be used to review images, contours, DVH, and isodose curves from radiation treatment plans.

A medical imaging software package that provides imaging solutions in the fields of radiation oncology, radiology, nuclear medicine, neuroimaging, and cardiac imaging.

A medical imaging software package that provides imaging solutions in the fields of radiation oncology, radiology, nuclear medicine, neuroimaging, and cardiac imaging.

A medical imaging software package that provides imaging solutions in the fields of radiation oncology, radiology, nuclear medicine, neuroimaging, and cardiac imaging.

A medical imaging software package that provide imaging solutions in the fields of radiation oncology, radiology, nuclear medicine, neuroimaging and cardiac imaging.

NeoSoft’s CAKE product is a post-processing, productivity software package designed to assist radiologists in the analysis of dynamic breast MR images. The software provides image display, supplemental information and visual enhancement of time/intensity changes extracted from MR temporal datasets. Single or multi-slice datasets, using standard acquisition protocols, are used for input.The results may be displayed as either a grayscale enhancement or a color overlay on the selected image. CAKE may perform additional functions to aid in the analysis and viewing of dynamic studies including registration of serial MR acquisitions, labeling of tissue types based upon user specified enhancement characteristics, visualization and quantification of lesion morphology in 3D, segmentation of tissues, multi-planar reformats, maximum intensity projections, image averaging, and subtractions.When interpreted by a skilled physician, this device provides information that may be useful in screening and diagnosis. Patient management decisions should not be made based solely on the results of CAKE analysis.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

suiteHEART® Software is intended to assist trained clinical personnel in the qualification and quantification of cardiacfunction. The software provides the tools to adjust the parameters of the DICOM images and provides presentation stateswhere the user can appreciate various MRI acquired images of the heart and vasculature over time. Additionally, the soft‐ware provides tools for measuring linear distances, areas, and volumes that can be used to quantify cardiac function.Finally, the software provides the tools for volumetric flow measurements and the ability to calculate flow values.

VMA Motion Normalizer (Console, Table, and Upright assemblies)

VMA Image Acquisition Software (SW1) installed on VMA (Motion Normalizer Console)

VMA DataLink Software (SW4) available to customers on Ortho Kinematics secure site

A software application that allows post-capture positioning and joining of individual images, to produce an additional composite image for a two-dimensional image review.

The Radlink Picture Archiving and Communication System (PACS) is an external server for storage and retrieval of varying modality images and their corresponding information.

Web-based dental Picture Archiving and Communications System (PACS)

STAGE works as a comprehensive brain imaging post-processing solution. The STAGE system consists of a dedicated computer connected to the user’s local area network. The computer receives DICOM data from a specific MRI 3D GRE scan protocol (i.e. the STAGE protocol) and then outputs back numerous DICOM datasets with different types of contrast to wherever it received the files from (most likely a PACS server). The STAGE system will not contain any user interface. Instead, the data transfer will be initiated by the user’s current DICOM viewing software. The main method for user communication will be through DICOM output files that contain information in the image data. A method for remote connection to the STAGE computer will be included for updating and troubleshooting when an internet connection is available.

STAGE works as a comprehensive brain imaging post-processing solution. The STAGE system consists of a client supplied dedicated computer with an ethernet connection to the client’s existing local network. The STAGE software will operate within a virtual machine environment (virtual STAGE module) on this dedicated computer. The computer receives DICOM data from a specific MRI 3D GRE scan protocol (i.e., the STAGE protocol) and then outputs back numerous DICOM datasets with different types of contrast to the PACS server. The data transfer is initiated by the user’s current DICOM viewing software. STAGE has been modified from the predicate to include CROWN, a white noise filtering algorithm intended to improve specific STAGE outputs. The following table provide a summary of the methodology for each output with an example image and technical comparison to the predicate.

ShowCase Basic and Premier are software applications for viewing medical images.

The Clarity System delivers significant capabilities to improve the contrast, color, saturation and sharpness of surgical video.