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The TeleradPRO Edge and TeleradPRO Edge HD-CCD digitizers are used for making digital copies of medical x-ray film, including printed and radiographic film. The target users of these devices are medical professionals or trained staff for use as secondary capture images for consultation, review and final interpretation. These devices are not intended to be used for primary diagnosis in mammography applications.

The device consists of a film digitizer with single-film or multi-film feeder, external power adapter, and Windows driver software. The film digitizer will convert the X-ray film into digital data representing the X-ray film, and the windows driver software is used to import the digital data into a compatible software application. The digitizer is used with DICOM standard software that meets or exceeds ACR and DICOM standards for use of secondary capture images for consultation, review and final interpretation. The digitizer is connected to a PC through a USB 2.0 interface. The digitizer utilizes rollers driven by a stepper motor to feed the X-ray film past the scan optics. The scan optics consists of a white or blue LED illuminator, a lens, mirrors, and a CCD linear array detector. This device has no patient contact and does not supply a diagnostic result. The film digitizer only provides digital data representing the film.

The DiagnosticPRO Edge digitizer is used for making digital copies of medical x-ray film, .including .printed and .radiographic .film. The .target users of these devices are .medical professionals or trained staff for use as secondary capture images for consultation, review and final interpretation. The devices are indicated for the digitization of mammography images for review and analysis, but not as the sole basis for screening or diagnosis.

The device consists of a film digitizer with multi-film feeder, external power adapter, and Windows driver software. The film digitizer will convert the X-ray film into digital data representing the X-ray film, and the windows driver software is used to import the digital data into a compatible software application. The digitizer is used with DICOM standard software that meets or exceeds ACR and DICOM standards for use of secondary capture images for consultation, review and final interpretation. The digitizer is connected to a PC through a USB 2.0 interface. The digitizer utilizes rollers driven by a stepper motor to feed the X-ray film past the scan optics. The scan optics consists of a white LED illuminator, a lens, mirrors, and a CCD linear array detector. This device has no patient contact and does not supply a diagnostic result. The film digitizer only provides digital data representing the film.

The TeleradPRO film digitizer is intended for making digital copies of medical xray films.

The device consists of a film digitizer with single-film or multi-film feeder, external power adapter, and Windows driver software. The film digitizer will convert the X-ray film into digital data representing the X-ray film, and the windows driver software is used to import the digital data into a compatible software application. The Digitizer is connected to a PC through a USB 2.0 interface. The digitizer utilizes rollers driven by a stepper motor to feed the X-ray film past the scan optics. The scan optics consists of a white LED illuminator, a lens, mirrors, and a CCD linear array detector.

The VIDAR dental film digitizer is used for making digital copies of x-ray film commonly used in dental practices. Images captured with this device are intended for use in primary, secondary and over-reading applications.

The Dental Film Digitizer is a medical device used to convert x-ray films into a digital format. The device uses high end imaging components and design characteristics specifically geared towards the complexity of x-ray film data; offering the user a low noise, high resolution reproduction of the medical film.

Vidar Vision 3000 and Vidar Vision 4000 X-Ray Systems are indicated for use in generating radiographic images of human anatomy. It has a Solid State X-ray Imaging system intended to replace radiographic film/screen systems in all general-purpose diagnostic procedures. The Vidar Vision 3000 and Vidar Vision 4000 is not indicated for diagnostic X-ray mammography.

The VIDAR VISION 3000 Digital Radiography system is an affordable DR (Digital Radiographic) solution designed for smaller radiography environments, including imaging centers, orthopedic practices, small hospitals, and outpatient areas of hospitals. The VIDAR VISION 3000 is the first truly affordable, full-featured DR system. providing a total solution for all digital radiographic examinations. The VIDAR VISION 3000 features high image quality, rapid image acquisition, improved productivity, and ease of use. The flexible system features a 3K detector for the high-resolution imaging needs of busy radiology centers, orthopedic practices, and hospitals. VIDAR's new VISION DR product line also includes the VISION 4000 system, with a 4K detector that is ideal for higher volume settings.

The VIDAR Vision 2000 is indicated for use in generating radiographic images of human anatomy. It is a Solid State X-ray Imaging system intended to replace radiographic film/screen systems in all generalpurpose diagnostic procedures. The VIDAR Vision 2000 is not indicated for diagnostic X-ray mammography.

Digital Radiography Image Acquisition System. The device is physically and electrically (including software) identical to the predicate.

Bone Track software provides pre-operative digital implant templating to facilitate the selection and ordering of orthopedic implants. The software allows for a semi-automatic ordering process, by printing a pick list, which can be used by the physician to order orthopedic components directly from the manufacturer. The software also tracks those components and provide post-operative patient follow-up all in a digital environment. The software will be provided on a stand-alone or hospital network workstation.

The VIDAR Bone Track System is comprised of three modules: The Pre-Operative Module, the Tracking Module and the Post-Operative Module In the Pre-Operative Module, the patient's digital x-ray is then loaded into the software, either from the hospital network, via a disk or from a digital scanner. The x-ray image is located in the system using standard digital measuring tools. The physician chooses which orthopedic device to template. The user then utilizes the software tools to overlay pre-loaded digital templates onto the x-ray image to allow for proper prosthetic selection. Once the physician has selected all of the appropriate prosthetic components, the software generates a pick list to allow for easy ordering of parts. This list can be printed out. The VIDAR Bone Track System allows for tracking of orthopedic devices used during patient surgery. Using a PDA and a bar code reader, the devices' bar codes are scanned. Device manufacturer. device part number, lot number, and serial number are captured. The VIDAR Bone Track System's Post-Operative Module allows the physician to track migration or other changes to the implant in the bones' structures for a specific patient over time using industry-accepted algorithms. The physician can use measurements include stem dislocation, wear circle cup and wear elliptic cup. Bone Track is not a diagnostic tool. It is to be used by the physician as an assistance tool.

The MAMMOGRAPHY PRO and Diagnostic PRO-M film digitizers are intended for coveting analog Medical x-ray films to digital images. The devices are indicated for the digitization of mammography images for review and analysis, but not as the sole basis for screening or diagnosis.

The x-ray film digitizer, an electronic device used to convert analog x-ray film to digital images.

The Diagnostic PRO, VXR-16, and VXR-16 DOSIMETRY PRO x-ray film digitizers are intended for producing digital copies of medical x-ray films.

The x-ray film digitizer is an electronic device that converts analog x-ray films into digital data. The maximum film width is 14".