RX250 – Comfort and image accuracy
A 2 megapixel high-brightness color monitor ideal for the accurate display of CT, MRI, and CR grayscale images and color images such as 3D color rendering and nuclear medicine scans.
The Hybrid Gamma PXL function automatically distinguishes between monochrome and color images pixel by pixel, creating a hybrid display where each pixel has optimum grayscale.
Anti-reflection (AR) coating greatly reduces reflections caused by outside light without affecting the light emitting from the monitor.
It also minimizes the loss of contrast that causes blacks to appear washed out with an anti-glare (AG) coating. This makes AR coating ideal for environments with bright ambient lighting.
Using the DisplayPort connection, you can drive several monitors in a daisy chain sequence. This allows you to configure a multi-monitor setup without the complicated hassle of excessive cabling.
EIZO carefully measures and sets each grayscale tone to create a monitor compliant with DICOM Part 14.
Perform a simplified calibration for DICOM Part 14 using the bundled RadiCS LE quality control software. RadiCS LE corrects the brightness and grayscale tones of the monitor to maintain image accuracy and consistency over time.
An Integrated Front Sensor (IFS) housed within the front bezel measures brightness and grayscale tones and calibrates to the DICOM Part 14 standard. The hands-free IFS performs quality control tasks and does not interfere with the viewing area while in use.
The Digital Uniformity Equalizer (DUE) function helps to even out fluctuations in brightness and chroma on different parts of the screen to provide smoother images, a quality typically difficult to attain due to the characteristics of LCD monitors.
Wide viewing angles allow you to view the screen from the side with minimal color shift, also permitting more than one person to view the monitor comfortably at the same time.
The CAL Switch function allows you to choose various modes for different modalities such as CR, CT, and endoscopy.
A presence sensor prompts the monitor to switch to power save mode when the user is away and resumes operation upon their return to conserve power when not in use.
