Give Diagnosticians Displays Optimized for Their Work
Given the critical nature of tasks for which they are used - making correct diagnoses so that a patient's condition is accurately identified and any necessary treatment is appropriately specified - MD310C diagnostic display deliver exceptional performance characteristics and an efficient interface for maximizing productivity.
Conformance with DICOM Part 14 ensures that grayscale images are rendered accurately and consistent with their appearance on other imaging devices, so that radiologists and other specialists have a reliable basis for assessment and diagnosis.
14-bit grayscale and color LUTs provide dramatically expanded grayscale levels and color values. The result is clearer differentiation of visual detail for easier identification of important features whatever the particular medical application.
Advanced luminance control not only ensures an ideal level of brightness that is quickly achieved after powering on, but also provides consistency both during a session of use and over the lifetime of the display.
A sensor on the front bezel measures ambient light levels, adjusting black levels in darker areas of the screen image to provide optimal viewing and conformance to AAPM TG-18 specifications.
An advanced sensor monitors luminance levels over the entire screen to ensure DICOM-conformant images with uniform luminance across the entire screen both during a single session of use and over the lifetime of the display.
Uniform luminance across the entire screen guards against discrepancies in brightness levels in different areas of the screen. The result is images that are rendered with consistent luminance across their entirety.
A simple button press allows the user to switch to a different display mode. Commonly used modes such as DICOM and variants, Modality, and Light Box are included, while custom modes can also be configured to meet the requirements of specific applications or usage scenarios.
A versatile stand allows the screen's height to be adjusted, as well as enabling the screen to be tilted or swiveled, accommodating user preferences, as well as the needs of a rticular medical application or usage environment.
A sensor on the front of the display detects when a user moves away, shifting into the power-saving screen-off Eco mode automatically, then restoring the screen view instantly when the user returns.
Protective front glass guards the display screen against damage, while a double anti-reflective coating not only reduces glare, but enhances light transmission, providing users with a clearer view. Moreover, the screen treatments make the displays easier to clean.
An OSD lock prevents accidental overwrites of settings when operating the display, while a notifications system presents real-time warnings about any irregular system conditions.
BenQ is committed to ensuring compliance with medical regulations and safety standards. Additionally, all display conform to the ISO 13845 quality management system for medical devices.
An LED backlight not only delivers performance advantages such as higher luminance and better contrast, but also helps preserve the environment through lower power consumption and mercury-free manufacture. In addition, LED backlights sustain their illumination capacity better than do conventional CCFL backlights, offering longer use.
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