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Image Quality Harmony with
DICOM Part 14
Monitors have grayscale tone characteristics which may vary even between the same models. When displaying medical images, it is important that you select monitors offering refined rendering of subtle shadings and unified display between multiple monitors. The grayscale tones for each RadiForce diagnostic monitors are adjusted at the factory to be compliant with the DICOM Part 14 standard.
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Quality Control for Stable Image
Monitor quality change slowly over time. Therefore, monitor quality control (QC) to detect the changes and to perform the appropriate calibration when necessary becomes important. RadiForce diagnostic monitors are calibration compliant with the DICOM Part 14 to ensure continuing monitor quality control.
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Selecting the Right Monitor to the Right Place
Information volume of the medical image differs depending on the modality which creates the image. When installing monitors in your hospital, it is important to select the monitor which suits the medical images. With RadiForce diagnostic monitors, you can select the optimum monitor which is suited for the information volume of the medical image you need to display.
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Cost- Efficiency Demanded Under Clinical Review Applications
Standard monitors for general office use have grayscale tone characteristics which may vary even between the same models. In the medical field, monitors must display medical images accurately and consistently. Digital Imaging and Communications in Medicine (DICOM) Part 14 specifies a display function for grayscale which is now used as a standard to adjust the grayscale tone characteristics of monitors used in the medical field.
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Calibration to the DICOM Part 14
Compliant and Superior Cost
Performance Monitor
With the bundled RadiCS LE quality control software installed, a built-in backlight sensor periodically checks for brightness irregularities of RadiForce MX-Series monitors. Furthermore, simplified calibration compliant with the DICOM Part 14 standard can be periodically performed to correct the brightness and grayscale tones of the monitor. Superior cost performance will be achieved when installing a large number of monitors compliant to DICOM Part 14 in clinical review application usage environments.
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Film to Filmless
Mammography Diagnosis
The transition from film to filmless mammography naturally requires a monitor to display extremely precise images equal to or better than film mammography. In the mammography field today high-performance monitors featuring high resolutions and displaying high density images contribute to the process of early breast cancer detection.
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High-Resolution to Match Digital Mammography
"Information volume" of a digital mammography image should exceed 5 million pixels. When a lower resolution monitor displays this "Information volume", the monitor stretches the information forcing the mosaic to appear as shadings. With a 2048 x 2560 resolution or 5.24 million pixels, the stretching effect is minimized and the mosaic becomes suitable for rendering subtle masses and calcifications, within the mammography image.
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Focal Point on a Single Monitor
During Interventional Radiology (IR), a wide range of medical information and images are required all at once. With its size and resolution, EIZO's large-scale monitors for operating rooms can display images from multiple modalities simultaneously. This improves work efficiency while solving common issues encountered in multi-monitor environments like differences in panel color.
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Reliable Integration for the Control Room
In the control room there is a need for high quality diagnostic monitors with larger screens and intelligent picture management to watch and control all applications and images used in the operating room from one centralized working place.
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DICOM Compliant Large Monitor
for the Operating Room
Seamless extension of PACS (Picture Archiving and Communication System) enables the digital distribution of modality image information into the operating room as an alternative to traditional film. Having a large monitor that is compliant with DICOM Part 14 and capable of handling a large volume of information reduces the overall equipment footprint in the operating room while increasing flexibility and efficiency.
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Monitors to Match Up with Endoscopic Systems
The advances in endoscopic video cameras used in procedures have increased demands placed on monitors deployed with these systems. EIZO monitors offer smooth rendering of the movements and variable color adjustments for easier tissue recognition.
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Appropriate Grayscale Tones to Accurately Reproduce Dental X-ray Images
Dental X-ray images are used for a detailed view of teeth, bone, nerves and soft tissue. When displayed on a standard monitor for general office use, the image can sometimes not be seen correctly due to differences in the grayscale tone characteristics between individual monitors. We recommend that the RadiForce MX-Series monitors, which conform to DICOM part 14 specifications, be used in dental clinics to ensure that images are reproduced accurately and smoothly.
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High Definition for
Smooth Color Reproduction
The RadiForce MX-Series monitors incorporate high-contrast panel that reproduces an intense and realistic "black". They reproduce minute details such as texture or spacial dimensionality of monochrome images. In color images, they reproduce a vivid contrast between black and other colors such as red, yellow or blue. With the rich color reproducibility, the monitors accurately render details such as gum color in oral cavity images.
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Select a Model from Our Extensive
Line-up to Suit Your Needs
In addition to the traditional X-rays, CT imaging is becoming increasingly widespread in dental care. You can select a monitor with the optimum resolution for your display needs, for example the simultaneous display of 2D and 3D CT scan images, panoramic images, or comparison with photographic images of the oral cavity. Wide-screen monitors enable you to take in all the information at a glance and work more efficiently.
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Cells and Tissue Displayed Accurately
RadiForce monitors ensure accurate color display by selecting the optimum color tone from its abundant LUT (lookup table) for each RGB color 8-bit input signal from the computer. The colors of the cells and tissue being observed are faithfully displayed with excellent color reproduction.
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Stable Image Quality Means Reliable
Pathological Observations
The RadiForce monitors detect gradual changes in display quality that are then calibrated. It offers reliable long-term use with maintained high definition.
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