EIZO RX850

Effectively replace a multi-monitor setup with an 8.8 megapixel screen capable of displaying all necessary image applications at once to streamline the radiology workflow.

Having received FDA 510(k) clearance for tomosynthesis and mammography from the U.S. Food and Drug Administration, the RadiForce RX850 is not only capable of displaying MRI, CT, and ultrasound images, but also detailed breast screening images where high performance is essential. With multi-modality support, you can increase work efficiency with the ability to view numerous medical images on one screen with exceptional accuracy.

Anti-reflection (AR) coating greatly reduces reflections caused by outside light without affecting the light emitting from the monitor. This makes AR preferred over AG (anti-glare) treatments which cause blacks to appear washed out due to diffusion of the backlight. Monitors with AR coating display digital mammography, chest X-ray, and other high-resolution images with more clarity for accurate analysis.

Two screens from separate input signals can be displayed simultaneously on one monitor. The widescreen enables simple and flexible operation without obtrusive bezels in between when viewing images side-by-side.

The monitor's size was reduced to take up 37% less space than its predecessor, making viewing images on one screen more comfortable. In addition, the thin bezels contribute to less head and eye movement when used with a work list monitor.

The black front bezels are ideal for viewing the screen in dark reading rooms, making it easier to focus on images, while the original white stripe around the sides of the monitor presents a fresh, clean aesthetic.

The Hybrid Gamma function distinguishes between monochrome and color images when viewed on the same screen, displaying each with optimal brightness and tones. This expands the usability of multi-modality applications by allowing accurate review of a mix of color and monochrome images.

The super high-resolution screen displays 8 megapixels of information with a pixel pitch of 0.1704 mm for viewing medical images in exceptional detail. The monitor also offers a high contrast ratio of 1450:1 to accurately render finer details.

The LED backlight offers a significantly longer service life over conventional CCFL backlights. In addition, 20,000 hours of usage time is guaranteed when used at the recommended brightness of 500 cd/m2.

EIZO carefully measures and sets each grayscale tone to create a monitor compliant with DICOM Part 14. This ensures the most consistent shading possible, allowing for the most accurate diagnosis.

Perform a simplified calibration compliant with 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.

A built-in Integrated Front Sensor (IFS) measures brightness and grayscale tones to calibrate to DICOM Part 14. The IFS does not interfere with the viewing area while in use to cut workload and maintenance costs needed for monitor quality control.

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 EIZO-patented drift correction function quickly stabilizes the brightness level of the monitor upon startup or wakeup from sleep mode, giving you the most accurate images quickly ready for viewing. In addition, a sensor measures the backlight brightness and automatically compensates for brightness fluctuations caused by ambient temperature and aging for a consistently stable display.

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.

The CAL Switch function allows you to choose various modes for different modalities such as CR, CT, and endoscopy. It can be conveniently accessed using the monitor's front panel buttons to easily switch to optimal image viewing conditions.

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, uniting convenience with savings.

The monitors meet the strictest medical, safety, and EMC emission standards.