The EIZO RadiForce MX242W medical displays is characterized by a high-quality IPS-LCD with large diagonal and 16:10 format. Thanks to the widescreen format, the 24-inch DICOM preset monitor can display two images or an image with the corresponding diagnosis on one screen. This gives the user a clear overview at a glance. Browsing is unnecessary, which saves time. The factory-set DICOM display characteristic guarantees pure gray tones in radiological images. The monitor thus meets the requirements according to the quality assurance guideline.

Why Eizo RadiForce MX242W

•     2.3-megapixel color LCD monitor with LED backlight and automatic luminance management for reliably high and long-term stable brightness
•     Grayscale display with DICOM tonality curve
•     Palette with 68 billion colors for exact color reproduction of up to 12 bits
•     Calibration of white point and tonality curve
•     Automatic management of luminance distribution (Digital Uniformity Equalizer)
•     Prepared for transmission and radiation tests according to DIN 6868-157 and QS-RL

Excellent image quality for the finest details

Thanks to a high resolution of 2.3 Megapixels (color), a strong contrast ratio of 1000:1 and a stable brightness of up to 350 cd/m2, the monitor offers excellent picture quality. Even the smallest details are displayed in a differentiated way, independent of the viewing angle from which the monitor is viewed. This is a great advantage when more than one physician is viewing the monitor.

One billion colors thanks to 13-bit LUT

Color reproduction is carried out via a 13-bit Look-Up-Table (LUT), of which up to 10 bits can be reproduced with a DisplayPort connection. This provides a resolution of up to 1 billion colors. The display curves and detail structures necessary for diagnosis can therefore be precisely recognized.

Display of the DICOM® luminance curve at the push of a button

EIZO medical monitors measure and precisely adjust every shade of gray, so they are DICOM® compliant ex works, resulting in a particularly consistent range of gray values, providing radiologically clear images.