SIZE43” 4K
RESOLUTION3840 x 2160 (16:9 aspect ratio)
Viewable Image Size (H x V)941.2 x 529.4 mm
The monitor uses an energy-efficient LED backlight with a high brightness of 700 cd/m². The high resolution of 3840 x 2160 is four times the size of full HD and faithfully reproduces 4K endoscope and operating microscope images in Ultra High Definition.
In the OR, largescreen monitors are typically installed on a wall or attached to ceiling fixtures due to their size and weight. The EX4342’s weight of just 17 kg and compliance with the VESA standard allow it to be reliably attached to supporting medical carts, providing a wide range of flexible installation options to suit the target environment.
During procedures, the operating surgeon needs to be able to differentiate between varying color tones. The EX4342 supports the BT.2020 4K video color standard to ensure that subtle differences between shades of reds and yellows captured by BT.2020-supported cameras are distinguishable on the screen.
HDR (High Dynamic Range) is a range that approximates the human perception of color and light as content is shown on a display device. The monitor is equipped with the perceptual quantization (PQ) curve and hybrid log-gamma (HLG) for supporting HDR. This ensures images from HDR-supported endoscope cameras are displayed without crushing blacks and more closely resemble the human visual system.
Operating rooms contain various medical devices that are arranged according to the type of surgery. Safe handling and a sterile environment play a major role. EIZO's surgical monitors adopt a flat design that saves valuable space and promotes easy cleaning and disinfection. Furthermore, the front is covered with protective glass with IP45 for protection against foreign material and splashes (the whole monitor has an IP32 rating).
With the attached cable cover, cable connections can be stored neatly out of sight for maintaining a high level of safety and hygiene in the operating room.
With BNC (12G-SDI), and DisplayPort or HDMI, up to 4K UHD images are displayed at 60 frames per second with a single cable over various modalities. When connected via BNC (12G-SDI), stable transmission is achieved even over long distances of 30 meters.
The monitor is also equipped with BNC (12G-SDI), DisplayPort, and DVI output terminals so input video can be passed through and output directly to the next monitor. The same image is displayed on multiple monitors making information sharing among medical staff smooth in the operating room, while alleviating excess cabling.
Regardless of the orientation of the surgical camera, you can rotate the displayed image by 180° or mirror it to find the perfect operating angle. This is useful for aligning the image with the line of sight of surrounding assistants and surgeons, improving convenience in the operating room.
Two different types of signal sources can be viewed simultaneously on one monitor, either side by side using the PbyP (Picture-by-Picture) or one above the other using the PinP (Picture-in-Picture) function. This is useful in cases where vitals or ultrasound endoscopes need to be monitored simultaneously in addition to surgical images.
The Auto Input Detection function automatically switches to another connected input port if the selected video signal is no longer detected. This provides a fail-safe in the case that the video signal's input is disrupted due to a system error or other external interference.
When displaying two signal sources side by side on the same screen, each image's display mode (gamma 1.8 - 2.6 or DICOM Preset Mode) can be adjusted independently of the other image. This is useful for viewing two different modalities simultaneously under the correct display conditions (e.g. endoscope, CT, MRI).
In order to realize safe and reliable monitors that can be used with confidence at any medical institution, EIZO acquires various medical and safety/EMC standards.
As part of its corporate social responsibility (CSR) activities, EIZO is contributing towards the United Nations’ Sustainable Development Goals (SDGs).
Our healthcare products are designed to promote energy efficiency for reduced power consumption and greenhouse gas emissions, while maintaining the high performance and functionality needed in healthcare. We also implement a responsible after-service recycling system.
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