Wireless Foot switch / Hand switch system for use with OEC 9800/9900 Mobile C-Arms.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with GE Discovery MR450 1.5T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with GE Discovery MR750 3T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with GE Signa 1.5T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with GE Signa HDx 1.5T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with GE Signa HDx 3T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with Siemens MAGNETOM Symphony, Sonata, Avanto and Espree 1.5T scanners.

Bilateral Four Channel Phased Array CAROTIDS COIL for bilateral MRI proton imaging of the carotids bifurcation.The Carotids Coil enables sub-millimeter resolution of the carotids lumen, vessel walls and atherosclerotic plaques.Compatible with Siemens MAGNETOM Trio, Verio, Skyra and Prisma 3T scanners.

ORS Visual is a proprietary software application developed by Object Research Systems (ORS) Inc. that can be is used for the display and 3D visualization of medical image data derived from CT, MRI, and other modalities. It provides for the communication, storage, processing, rendering, and display of DICOM 3.0 compliant image data. ORS Visual, which is available in 32 and 64-bit versions, can be installed on a standard personal computer running the Windows operating system with the Microsoft ActiveX component and suitable graphics hardware. Available functions include DICOM communication, display of 2D images in orthogonal and oblique planes, computation and display of rendered 3D images and maximum intensity projections (MIPs), and 2D and 3D image measurements. The user interface follows typical clinical workflow patterns that include searching for patient data, reviewing and analyzing digital images, and reporting findings. The user controls these functions with normal mouse-click conventions, a system of context-based tools, and on-screen prompts. A standard layout for image display, navigation, and information is used throughout the application.ORS Visual also offers users two separate add-on modules to address specific vascular clinical functionalities: Vessel Analysis, an add-on solution for vascular analysis and stent-graft planning of CTA studies, and Autoplaque, a cardiac plaque and lesion quantification tool.

Autoplaque is a post-processing add-on module for ORS Visual that provides automated quantification of calcified and non-calcified plaque lesions in coronary arteries from contrasted coronary CT angiographic studies for the evaluation of cardiovascular disease. Users can automatically segment the section of the coronary artery of interest, or manually input the centerline, to initiate a detailed and robust plaque lesion analysis routine. Analysis by Autoplaque provides biometric information that includes calcified plaque volume, non-calcified plaque volume with possible separation into low and high density non-calcified plaques, stenosis percentage, remodeling index, plaque length measurement, and proximal, distal, and stenosis diameters. If the Autoplaque add-on is used to analyze more than one coronary artery section, the additional parameters of total non-calcified plaque volume, total low density plaque volume, total calcified plaque volume, maximum remodeling index, maximum stenosis percentage, and the maximum plaque length will also be available.ORS Visual is a proprietary software application developed by Object Research Systems (ORS) Inc. that can be is used for the display and 3D visualization of medical image data derived from CT, MRI, and other modalities. It provides for the communication, storage, processing, rendering, and display of DICOM 3.0 compliant image data. ORS Visual, which is available in 32 and 64-bit versions, can be installed on a standard personal computer running the Windows operating system with the Microsoft ActiveX component and suitable graphics hardware.

Vessel Analysis is a post-processing add-on module for ORS Visual that enables radiologists, cardiologists, vascular surgeons, and interventionalists to quickly and confidently evaluate CT angiographic studies. Vessel Analysis provides stenosis calculations, aneurysm quantification, and stent and stent-graft planning of the aorta, carotid, and renal arteries in an easy-to-use, intuitive screen that can simplify the clinical task of planning endovascular procedures. Advanced functionality such as automated vessel finding acts as a baseline for accurate vessel measurements and permits rapid segmentation of vessels.ORS Visual is a proprietary software application developed by Object Research Systems (ORS) Inc. that can be is used for the display and 3D visualization of medical image data derived from CT, MRI, and other modalities. It provides for the communication, storage, processing, rendering, and display of DICOM 3.0 compliant image data. ORS Visual, which is available in 32 and 64-bit versions, can be installed on a standard personal computer running the Windows operating system with the Microsoft ActiveX component and suitable graphics hardware.

Collimator, manual, Radiographic (892-1610)

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC TUBESTAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC TUBESTAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

RADIOGRAPHIC TUBESTAND

RADIOGRAPHIC TUBESTAND

Table Radiologic, stationary top (892.1980)

RADIOGRAPHIC TUBESTAND

Table Radiologic, stationary top (892.1980)

Table, Radiologic (892.1980)

Table, Powered (892.1980)

Table Radiologic, stationary top (892.1980)

Table, Powered (892.1980)

Table, Radiologic (892.1980)

RADIOGRAPHIC TUBESTAND

RADIOGRAPHIC IMAGE RECEPTOR STAND

Table Radiologic, stationary top (892.1980)