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Acquire, store, transmit, and display medical images and patient reports of various types. Teleradiology image acquisition, distribution, archive and viewing.

The IiVS™ Integrated image Viewing Station is a product family, which comes in two different versions: DiVS: a DICOM viewer IiVS: a 3D viewer. The intended use of the devices is to provide solutions to various medical image-viewing problems, which come about as the modalities generate more and more images. They also support image distribution over networks, and are DICOM conformant. Finally, the IIVS™ Integrated image Viewing Station family supports the radiologist in writing a report, and transmitting and storing this report in digital form.

Stentor PageView is a digital medical imaging distribution and display system to be used for both primary diagnosis and efficient distribution of medical images within the healthcare enterprise. It operates on the conventional TCP/IP internetworking infrastructure available in most healthcare organizations, and it uses commercially available computer platforms (Intel Pentium-based) and operating systems (Microsoft Windows NT, Windows 95, and Windows 98). The system does not permanently store or produce original medical images.

Stentor PageView is a digital medical imaging distribution and display system to be used for both primary diagnosis and efficient distribution of medical images within the healthcare enterprise. It operates on the conventional TCP/IP internetworking infrastructure available in most healthcare organizations, and it uses commercially available computer platforms (Intel Pentium-based) and operating systems (Microsoft Windows NT, Windows 95, and Windows 98). The system does not permanently store or produce original medical images.

The Web Clinical System is intended for the management and displaying of x-ray images, other radiological objects, and information. It can manage images from different modalities, single and multiple file servers, and interfaces to various Radiological Information Systems (RIS), image storage and printing devices using DICOM or similar interface standards within the system or across computer networks at distributed locations.

The Web-Clinical System (WCS) is a component of the RAYPAX System, a PACS solution by Samsung or can be a separate device for other manufacturer's PACS. The WCS is a system for managing radiological images and data by retrieving and browsing medical images through the World Wide Web, (Internet), a clients Intranet or over computer networks.

iTR2000 is a software communications tool intended to be used in the transportation, storage and retrieval of digital medical images for the purpose of off-site review.

iTR2000™ is a stand-alone software product which may be marketed as a software-only product, as well as for use in conjunction with standard PC hardware, off-the-shelf software or third-party teleradiology/PACS software. iTR2000™ provides short-term remote access to medical images by radiologists, referring physicians and other licensed professionals, utilizing a personal computer or workstation with internet access. Images are securely stored on a internet website for on-demand remote retrieval via the iTR2000™ software, or via a standard web browser without the use of propriety software. The iTR2000™ system employs the latest internet security techniques and meets all current federal medical communications standards including recent proposals from HCFA and HHS. iTR2000™ is primarily intended to allow the transmission, retrieval and review of images produced by imaging equipment otherwise not part of a digital Picture Archive and Communication System (PACS) network or legacy equipment not compatible with ACR/NEMA DICOM 3.0. Conventional film-based images can be optically digitized and stored in a standard image format, such as JPEG. iTR2000™ can also be configured to web-enable third-party DICOM-capable teleradiology/PACS systems in low-volume environments for remote or on-call activities. iTR2000™ is designed for use primarily with small-matrix imaging modalities, such as images produced by Computed Tomography (CT), Ultrasound (US), Magnetic Resonance Imaging (MRI), Nuclear Medicine (NM), digital flourography and digital angiography. The use of images produced by large-matrix imaging systems, such as digitized radiographic films and computed radiography or mammography. requires the use of digitization and viewing equipment which exceed the stated minimum requirements for the standard iTR2000™ system. iTR2000™ does not control the actual image-taking system (i.e. x-ray, MRI, ultrasound or scintography machines).

The Samsung RAYPAX™ is a device that receives digital images and data from various sources (including but not limited to CT scanners, MR scanners, ultrasound systems, R/F Units, computed & direct radiographic devices, secondary capture devices, scanners, imaging gateways or other imaging sources). Images and data can be stored, communicated, processed and displayed within the system and or across computer networks at distributed locations.

The Samsung RAYPAX™ system handles various objects in a Picture Archive and Communication System (PACS) environment. These objects can be images, requests, patients, examination etc. PACS transmits digital electronic images and generates reports over a high-speed network to centralized storage. After transmission, patient information and images are available throughout the facility to many users simultaneously.

The StealthSERVER™ Image Storage and Communication System is used to store and provide remote viewing access to diagnostic images via a LAN, the internet or modem. In addition, the system can be used to remotely set surgical plans for stereotactic surgery that are compatible with and can be accessed by the StealthStation® Treatment Guidance Platform.

This submission describes a network server system that provides remote access to digital image sets for the purpose of reviewing the images and, optionally, for developing and storing a stereotactic surgical plan that is compatible with the StealthStation® Image Guided Treatment Platform. The submission includes the capability of the StealthStation® System to retrieve the surgical plans and image sets from the network server.

ImageQUEST is communication system that has a database to allow Imaging Professionals to store and find their images and information. ImageQUEST can create teaching files, professional presentations and E-mail images to other professionals at remote locations and generate reports.

ImageQUEST is communication system that has a database to allow Imaging Professionals to store and find their images and information. ImageQUEST can create teaching files, professional presentations and E-mail images to other professionals at remote locations and generate reports.

The Kodak Digital Science™ (KDS) ImageVIEW is a network-oriented client/server type PACS system for the distribution, viewing, and printing of medical images at distributed locations.

The Kodak Digital Science™ (KDS) ImageVIEW family of products is designed to facilitate the distribution of images from standard DICOM storage devices within the radiology department and provide controlled Internet access to images stored on DICOM storage devices. Browser extensions will allow dynamic viewing and manipulation of these medical images. This family of products will initially provide image viewing and referral printing functionality to referring and clinical physicians, but will be extended to provide diagnostic viewing and printing functionality for radiology use. They will also provide intelligent management of images and information to facilitate productivity enhancements for its users. ImageVIEWs are not represented to be of use in supporting or sustaining human life, nor do they represent a potential of unreasonable risk of illness or injury.

The JPACS radiology suite provides access to clinical reports and images via computer networks. Given the following information objects, the JPACS radiology suite may be used on any part of the human anatomy: CR, CT, MR, XA, SC, US, NM, PET, and RT. The suite also provides short, medium, and long term storage of these clinical images from any authorized workstation within an intranet or over the Internet. The full feature imaging suite can be used for in-house image distribution, on-call teleradiology, and advance visual display features. The JPACS radiology suite also includes functionality for generation and distribution of clinical reports.

The JPACS radiology suite is intended to provide access to clinical reports and images via computer networks. It is also intended to provide short, medium and long range storage of clinical images from any authorized workstation within an intranet or over the Internet. The full feature imaging suite can be used for in-house image distribution, on-call teleradiology, and advance visual display features. The JPACS radiology suite also includes functionality for generation and distribution of clinical reports. Picker adheres to FDA 21 CFR 820 and voluntary standards for safety and effectiveness (UL 187) all of which mandate that components are tested to minimize hazards (electrical, mechanical, and radiation). In addition, the system is designed to conform to IEC 601-1. The subject device has the same technological characteristics as a legally marketed predicate device. Specifically, the features, specifications, materials, and mode of operation are equivalent. External communication uses DICOM V. 3.0 NEMA Standards Publication Parts PS3.1 through PS3.13, dated 1996.

The use of DownScan LT is indicated whenever the source and destination of a video signal are incompatible due to different line rates or other signal attributes, and a standard frame rate video signal (30 or 25 frames/second) is required. Examples include conversion of X-ray (stationary, C-arm, angiography, etc.), nuclear medicine, magnetic resonance, and ultrasound images either directly from their source, or from an intermediate storage device (like a video tape or video disk), for use on display monitors, optical, tape, or disk recorders, or other apparatus requiring a standard frame rate signal.

DownScan LT is a digital image processing system that can convert from high line rate video standard of 1023-1125/60 or 1249/50 to low line rate video standards of 525/30 or 625/25. Housed in a 1 3/4" EIA half-rack mount chassis, DownScan LT operates from 100V to 240V AC power.