RX560 MammoDuo

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. This gives it greater accuracy and reliability than the conventional area-detection method.

As a result, monochrome images such as x-ray, MRI and CT are displayed in the ideal grayscale, while color images such as ultrasound and endoscopy can be faithfully reproduced. This will improve the efficiency of viewing both monochrome and color images together on the one screen. 

Point-and-Focus: Simply select and focus

With the point-and-focus function, relevant image areas can be quickly and easily selected and focused using the mouse or keyboard. To optimize the display for interpretation, the brightness and grayscale tones of specific screen areas can be adjusted as needed. 

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.

A medical monitor needs to be capable of high brightness in order to meet performance standards. However, in order to achieve high brightness in an LCD panel, the pixel aperture ratio has to be increased. This causes a typically unavoidable decline in sharpness. With EIZO's unique Sharpness Recovery technology, the decrease in sharpness (MTF) is restored . This allows you to display an image safely on the monitor that is true to the original source data, even at high brightness levels. 

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.

With a pixel pitch of 0.165 mm, the monitor offers an exceptionally high brightness level and a large aperture ratio, so that even the finest details are reproduced clearly.

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

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. This dramatically cuts the workload and maintenance costs needed for maintaining monitor quality control.

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 creates a fresh, clean look.

By utilizing an energy-efficient LED as a backlight, the monitor achieves a high-brightness and low power consumption at the same time. Unlike conventional CCFL technology, LED backlighting offers a longer monitor lifespan, is free of hazardous materials, and is therefore compliant with current environmental regulations.

The optional RadiCS software (sold separately) for image quality assurance enables comprehensive maintenance and testing of monitors and covers all areas from calibration through acceptance and constancy testing to archiving. In compliance with AAPM, DIN, IEC and other international standards, RadiCS enables consistent image quality assurance with simple and easy-to-understand procedures.
 

The monitor meets the strictest medical, safety, and EMC emission standards.