The EIZO RadiForce MX243W is characterised by its 1920 x 1200 pixels in 16:10 format. It can display radiological images and the corresponding findings side by side. The viewer sees both at a glance. It shows dental images in diagnostic quality as well as microscopic images.

Image quality

Precision, brightness, contrast and sharpness - we are constantly refining our monitor technology, use only high-end materials and carefully calibrate every single monitor during production. As a result of these efforts, you can always rely on excellent image reproduction.

Excellent image quality for the finest details

Thanks to the high 2.3 Megapixels (colour) resolution, a strong contrast ratio of 1350:1 and stable brightness of up to 410 cd/m2, the monitor offers excellent image quality. Even the differences between the finest details are shown - regardless of your viewing angle. This is a great advantage if multiple physicians are looking at the screen.

The MX243W has a so-called wide gamut display. Thanks to the wide colour gamut, it can display highly saturated colour tones that are not visible on conventional colour LCDs.

Observe monochrome and colour images on a single monitor

The hybrid gamma PXL functionality automatically differentiates between monochrome and colour images, pixel by pixel. This creates a hybrid display on which each pixel is displayed with the ideal tone value. In this way, a high level of precision and reliability is achieved.

The MX243W faithfully displays complex monochrome images from mammography and tomosynthesis along with colour images from every imaginable modality. The result is a significant increase in efficiency since images produced using different imaging techniques can be viewed on a single monitor.

Blur reduction

LCD panels with a high brightness level tend to have more blurry image rendering thanks to over-framing than would be possible in comparison with an acquired exposure. Therefore, EIZO offers blur reduction anchored in monitor hardware. It retrieves details lost in the contours on the screen, meaning that the image is rendered as clearly as possible.

One billion colour tones thanks to 13 bit LUT

Colour rendering is controlled by a 13 bit look-up table (LUT), up to 10 bits of which are available in the DisplayPort connection. This produces a resolution with a maximum of 1 billion colour tones. The rendering characteristic and fine structures required for diagnostics can therefore be precisely identified.