The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

The Vitrea Advanced Visualization software is a medical diagnostic system that allows the processing, review, analysis, communication, and media interchange of multi-dimensional digital images acquired from a variety of imaging devices.The Vitrea Advanced Visualization system provides multi-dimensional visualization of digital images to aid clinicians in their analysis of anatomy and pathology. The Vitrea Advanced Visualization user interface follows typical clinical workflow patterns to process, review, and analyze digital images, including:• Retrieve image data over the network via DICOM• Display of images in dedicated protocols which are automatically adapted based on exam type• Select images for closer examination from a gallery of 2D or 3D views• Interactively manipulate an image in real-time to visualize anatomy and pathology• Annotate, measure, and record selected views• Output selected views to standard film or paper printers, or post a report to an intranet web server or export views to another DICOM device• Retrieve reports that are archived on a Web server

Cone Beam Computed Tomography diagnostic imaging system dedicated to the foot and ankle. Compatible with 115 Volts power outlet. 3D field of view of 20 cm (height) x 35 cm (diameter) accommodates weight bearing, bilateral imaging of both entire feet / ankles. Built-in cushioned seat allows for non-weight bearing imaging. Handlebars assist patients with entry into and exit from device. Scan time is 48 seconds or less. Scans are output as DICOM compatible 3D reconstructions, 0.3 mm multi-planar slices. PedCAT system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic imaging system dedicated to the foot and ankle. Compatible with 230 Volts power outlet. 3D field of view of 20 cm (height) x 35 cm (diameter) accommodates weight bearing, bilateral imaging of both entire feet/ankles. Built-in cushioned seat allows for non-weight bearing imaging. Handlebars assist patients with entry into and exit from device. Scan time is 48 seconds or less. Scans are output as DICOM compatible 3D reconstructions, 0.3 mm multi-planar slices. PedCAT system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic extremity imaging system. Compatible with 115 Volts power outlet. 3D field of view of 17.2 cm (height) x 16cm (diameter) accommodates imaging of hand, wrist, forearm, elbow, knee, lower leg or foot. Bore platforms are interchangeable to accommodate patient size and body part. Self-shielded to reduce scatter radiation during scan. Scan time is less than 30 seconds. Scans are output as DICOM compatible 3D reconstructions, 0.2 mm multi-planar slices. In Reach system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic extremity imaging system. Compatible with 230 Volts power outlet. 3D field of view of 17.2 cm (height) x 16cm (diameter) accommodates imaging of hand, wrist, forearm, elbow, knee, lower leg or foot. Bore platforms are interchangeable to accommodate patient size and body part. Self-shielded to reduce scatter radiation during scan. Scan time is less than 30 seconds. Scans are output as DICOM compatible 3D reconstructions, 0.2 mm multi-planar slices. In Reach system includes acquisition station and visualization station enabled with CubeVue visualization software.

Weight Bearing CT Imaging for Foot, Ankle, and Knee. Non-Load Bearing imaging of upper extremities.

Weight Bearing CT Imaging for Foot, Ankle, and Knee. Non-Load Bearing imaging of upper extremities.

CBCT upper & lower extremities including the pelvis

CBCT upper & lower extremities including the pelvis

iCT System 115219-000

IQQA-Guide is intended for intra-operative guidance for surgical procedures

SeeFactorCT3 is a cone beam computed tomography x-ray imaging system that acquires sequences of the head including the ear, nose and throat (ENT), dento-maxillofacial complex, teeth, mandible and jaw, temporo-mandibular joint (TMJ), other areas of human skull and neck with sections of upper cervical spine, and upper and lower extremities for use in diagnostic support. The device displays two and three dimensional images for each examined anatomical region.The device is operated and used by physicians, dentists, x-ray technologists and other legally qualified professionals.

VeraLook® CTC CAD Software is intended to automatically detect potential polyps in CT Colonography exams. The identified polyps can then be highlighted to the interpreting physician after initial review of the CTC exam with the intent of identifying additional potential polyps that may not have been identified on initial review.

VeraLook® CTC CAD Software is intended to automatically detect potential polyps in CT Colonography exams. The identified polyps can then be highlighted to the interpreting physician after initial review of the CTC exam with the intent of identifying additional potential polyps that may not have been identified on initial review.

VeraLook® CTC CAD Software is intended to automatically detect potential polyps in CT Colonography exams. The identified polyps can then be highlighted to the interpreting physician after initial review of the CTC exam with the intent of identifying additional potential polyps that may not have been identified on initial review.

VeraLook® CTC CAD Software is intended to automatically detect potential polyps in CT Colonography exams. The identified polyps can then be highlighted to the interpreting physician after initial review of the CTC exam with the intent of identifying additional potential polyps that may not have been identified on initial review.

AIRO® Computed Tomography (CT) X-ray System

The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

UroNAV 1.x to 2.0 Upgrade

Software medical device, used with a Philips Interventional X-Ray System. Creates 3D views of vessels and bones from sets of 2D images from rotational angiographic runs.

Software medical device, used with a Philips Interventional X-Ray System. Extension of 3D-RA. Superimposes live fluoroscopic images on a 3D reconstruction of the vessel anatomy.

Software medical device, used with a Philips Interventional X-Ray System. Extension of 3D-RA. Provides live 3D image guidance for navigating endovascular devices through vascular structures.

Software medical device, used with a Philips Interventional X-Ray System. Extension of XperCT. Assists physicians with embolization of hypervascular tumors in the liver using interventional X-ray.

Software medical device, used with a Philips Interventional X-Ray System. Reconstructs 3D volumes from rotational fluoroscopic acquisitions and provides CT-like images to assist the physician.

RGSC

MiniCATIQ is a compact, upright volume computed tomography system designed for highresolution,bone window imaging of the sinuses, temporal bones, and skull base.MiniCATIQ provides immediate access to images at the patient’s point-of-care resulting ina faster diagnosis and treatment.The MiniCATIQ is an X-ray imaging device that constructs a three-dimensional model ofthe head and neck from images taken during a rotational X-ray sequence. The MiniCATIQis optimized for the imaging of the maxillofacial complex, temporal bone, and sinuses.