Xoran Workstation is an image processing and viewing software for use with compa
Xoran Workstation is an image processing and viewing software for use with compatible radiographic data. The workstation software provides tools for image processing, viewing, interpretation, annotation, clinical review, analysis, distribution, archival, printing, and administrative reporting by healthcare professionals.
The device is a permanently installed diagnostic x-ray system for general radiog
The device is a permanently installed diagnostic x-ray system for general radiographic x-ray imaging of the head and neck for use in hospitals, clinics, medical imaging centers, and medical practices.
The Knee OsteoArthritis Labeling Assistant (KOALA) software provides metric meas
The Knee OsteoArthritis Labeling Assistant (KOALA) software provides metric measurements of the joint space width and indicators for presence or absence of radiographic features of osteoarthritis (OA) on posterior-anterior or anterior-posterior (PA/AP) knee X-ray images. The outputs aid clinical professionals who are interested in the analysis of knee OA in adult patients, either suffering from knee OA or having an elevated risk of developing the disease. Outputs are summarized in a KOALA report that can be viewed on any FDA approved DICOM viewer workstation. KOALA operates in a Linux environment and can be deployed to be compatible with any operating system supporting the third-party software Docker. The integration environment has to support KOALA data input and output requirements. The device does not interact with the patient directly, nor does it control any life-sustaining devices.
The Knee OsteoArthritis Labeling Assistant (KOALA) software provides metric meas
The Knee OsteoArthritis Labeling Assistant (KOALA) software provides metric measurements of the joint space width and indicators for presence or absence of radiographic features of osteoarthritis (OA) on posterior-anterior or anterior-posterior (PA/AP) knee X-ray images. The outputs aid clinical professionals who are interested in the analysis of knee OA in adult patients, either suffering from knee OA or having an elevated risk of developing the disease. Outputs are summarized in a KOALA report that can be viewed on any FDA approved DICOM viewer workstation. KOALA operates in a Linux environment and can be deployed to be compatible with any operating system supporting the third-party software Docker. The integration environment has to support KOALA data input and output requirements. The device does not interact with the patient directly, nor does it control any life-sustaining devices.
MAXIO V2 is a stereotactic accessory intended for the spatial positioning and or
MAXIO V2 is a stereotactic accessory intended for the spatial positioning and orientation of an instrument guide to assist in manual advancement of one or more instruments for image guided procedures. It provides Preoperative planning and intra operative guidance to the surgeon by visually representing the targeted path and position(s) on the image based model of the target organ along with the data provided by the instrument manufacturer.
The device NewTom 7G is a cone beam computed tomography X-ray system. It is inte
The device NewTom 7G is a cone beam computed tomography X-ray system. It is intended for diagnostic use obtaining geometric information and radiologic density from two-dimensional and three-dimensional images of anatomic particulars and objects in the examined area.
X-ray imaging device comprising an X-ray acquisition system, for producing two a
X-ray imaging device comprising an X-ray acquisition system, for producing two and three dimensional views for computation and display.
X-ray imaging device comprising an X-ray acquisition system, for producing two a
X-ray imaging device comprising an X-ray acquisition system, for producing two and three dimensional views for computation and display.
Single Photon Emission Computed Tomography System combined with a Computed Tomog
Single Photon Emission Computed Tomography System combined with a Computed Tomography (CT) system for x-ray imaging.
Single Photon Emission Computed Tomography System combined with a Computed Tomog
Single Photon Emission Computed Tomography System combined with a Computed Tomography (CT) system for x-ray imaging,
Medic Vision’s SafeCT-29 provides a vendor-neutral Radiation Dose Check function
Medic Vision’s SafeCT-29 provides a vendor-neutral Radiation Dose Check functionality, inaccordance with the Dose Check feature that is specified by the NEMA XR-25 Standard. Thedevice is a software and hardware system which includes Computer, dedicated display andcontrols. The SafeCT-29 is interfaced to CT scanners that are not equipped with the DoseCheck function. The device is connected to the CT Console video output via a standard videoconnector. The SafeCT-29 Computer’s internal video splitter captures the CT Console displayvideo, in real time, without affecting neither the CT console itself nor its display. This analogvideo signal is digitized by a video grabber. The SafeCT-29 software analyzes the digital inputvideo using OCR software continuously. The radiation dose information as calculated by thescanner and displayed to the CT operator is extracted and analyzed in real time. The SafeCT-29 captures the video of the CT Console display in real time, without affecting neither the CTconsole itself nor its display and workflow. As specified by NEMA XR-25 Standard, thesafeCT-29 notifies and alerts the CT operators, prior to a scan, if the estimated dose index isabove the predefined values set by the operating group, practice, or organization. SafeCT-29prevents continuing an over-the-limit scan unless dose levels are reconfirmed by the operator,in accordance with NEMA XR-29*.The device records the details of such events, includingthe operator details and decisions. This record is available to the user.
The CardioGraphe is a CT Scanner designed to provide images of scanned organs es
The CardioGraphe is a CT Scanner designed to provide images of scanned organs especially of the heart and cardiovascular system.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The Xmplar-dr is a full-body, low-dose X-ray scanner which produce digital X-ray
The Xmplar-dr is a full-body, low-dose X-ray scanner which produce digital X-ray images used for diagnosis purpose in both trauma and general radiography cases, as well as forensic pathology cases.
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray images used for diagnosis purposesin both trauma and general radiography cases as well as in forensic pathology cases.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The Xmplar-dr is a full body, low dose, x-ray scanner which produce digital x-ra
The Xmplar-dr is a full body, low dose, x-ray scanner which produce digital x-ray images used for diagnosis purposes in both trauma and general radiology cases, as well as forensic pathology cases.
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ra
The Xmplar-dr is a full body, low dose, X-ray scanner which produce digital X-ray images used for diagnostic purposes in both trauma and general radiology cases as well as in forensic pathology cases.
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray images used for diagnosis purposes in both trauma and general radiography cases as well as in forensic pathology cases.
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray
The eXero-dr is a full-body, low-dose, x-ray scanner which produce digital x-ray images used for diagnosis purposes in both trauma and general radiography cases as well as in forensic pathology cases.
This device is used to acquire transaxial images of any desired region of the bo
This device is used to acquire transaxial images of any desired region of the body, providing a wide range of diagnostic capabilities.
This device was previously sold by TOSHIBA MEDICAL SYSTEMS CORPORATION under the
This device was previously sold by TOSHIBA MEDICAL SYSTEMS CORPORATION under the brand name TOSHIBA SCANNER.Effective Jan 2018, the company name changed to CANON MEDICAL SYSTEMS CORPORATION. The device brand name is now CT SCANNER .