The MS236WT contains reliable capacitive touch technology (PCAP) and detects movements with very high precision. In addition to the supplied passive input stylus, the monitor can also be used with standard active touchscreen styluses. Hence you can easily capture even small writing and character input via the screen.
Excellent image quality for the finest details
Thanks to the high 2 Megapixels (colour) resolution, a strong contrast ratio of 1000:1 and stable brightness of up to 260 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 monitor can detect up to ten simultaneous touches, which means that multiple individuals can operate the monitor at the same time. Furthermore, the touchscreen is equipped with hand ball recognition. While writing, users can place their hands or arms on the monitor without accidentally triggering an input.
With a hardness of 5H, the glass surface is insensitive to scratches and guarantees to recognize up to 50 million touches.

EIZO measures and adjusts each tone of grey carefully so that the monitors comply with the DICOM® standard when delivered from the factory. The result is a particularly consistent gradation of grey tones, allowing for optimal radiological clinical reviews.

One DisplayPort and one DVI input allow the connection of two digital signals simultaneously. A D-sub input is available for an analogue signal. You can connect up to three computers simultaneously. You can switch between them automatically or manually, if desired.
A loudspeaker and headphone connection are subtly integrated in the housing. The audio connection to the monitor takes place via the DisplayPort connection or the audio jack.

The EIZO graphics card MED-XN51LP optimally supports the features, functions and settings of the RadiForce MS236WT. It enables precise diagnosis and can control several monitors simultaneously. EIZO offers technical support and warranty service for the graphics card.
EIZO has developed the RadiCS software specifically for quality assurance for image display devices in the RadiForce range. It offers extensive tests and automatic alignment to guarantee constant and consistent image reproduction on all RadiForce LCD monitors, but also supports screens from other manufacturers. The software automatically executes test images and helps to perform measurements and assessments in accordance with the guidelines in a cost-effective and time-effective manner. For example, measurement results are automatically transferred to the documentation and archived and can be centrally managed using the optional RadiNET Pro software. A calendar with a reminder function ensures timely checks are performed. A suitable measurement device is required to measure the luminance, including veiling luminance. Measured values from various luminance meters are automatically read by RadiCS.
Depending on the body region / methods, different EIZO RadiForce screens are suitable for image display systems in accordance with DIN 6868-157. The EIZO RadiCS quality assurance software is divided into classes I to VIII. The following table shows a classification of suitable screens in this regard.
Note: An acceptance test is necessary for each image display system for an evaluation in accordance with DIN 6868-157.
In accordance with DIN 6868-157, different minimum requirements are placed on image display devices depending on the body region / method. The EIZO RadiCS quality assurance software is divided into classes I to VIII. The following table shows a classification of the classes and minimum requirements in this regard.
Note: An acceptance test is necessary for each image display system for an evaluation in accordance with DIN 6868-157.
DIN V 6868-157. This DIN governs the acceptance test and constancy test for image display systems in radiography in order to ensure the necessary image quality.
From the Federal Ministry for the Environment, Nature Conservation and Nuclear Safety