MX243W RadiForce
Features
MX243W RadiForce
The 24" colour monitor in widescreen format shows radiological images of specific tasks as well as images in pathology with the required precision.
- 61 cm (24,1")
- 2.3 Megapixels (colour)
- 16:10 Aspect ratio
Image quality
Precise, high-contrast, bright and crisp screen
Thanks to the high 2.3 Megapixels (colour) resolution, a strong contrast ratio of 1350:1 and stable brightness of up to 410 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 MX243W has a so-called wide gamut display. Thanks to the wide colour gamut, it can display highly saturated colour tones that are not visible on conventional colour LCDs.
Observe monochrome and color images on a single monitor
The hybrid gamma PXL functionality automatically differentiates between monochrome and colour images, pixel by pixel. This creates a hybrid display on which each pixel is displayed with the ideal tone value. In this way, a high level of precision and reliability is achieved.
The MX243W faithfully displays complex monochrome images from mammography and tomosynthesis along with colour images from every imaginable modality. The result is a significant increase in efficiency since images produced using different imaging techniques can be viewed on a single monitor.
Blur reduction
LCD panels with a high brightness level tend to have more blurry image rendering thanks to over-framing than would be possible in comparison with an acquired exposure. Therefore, EIZO offers blur reduction anchored in monitor hardware. It retrieves details lost in the contours on the screen, meaning that the image is rendered as clearly as possible.
One billion color tones thanks to 13 bit LUT
Color rendering is controlled by a 13 bit look-up table (LUT), up to 10 bits of which are available in the DisplayPort connection. This produces a resolution with a maximum of 1 billion color tones. The rendering characteristic and fine structures required for diagnostics can therefore be precisely identified.
With 13 bit LUT
Without 13 bit LUT
Better viewing thanks to the widescreen format
Thanks to the aspect ratio of 16:10 or 16:9, you can see considerably more from a horizontal perspective than on conventional monitors, for example when performing clinical reviews on two adjacent images.
Uniform brightness and high color purity
The monitor shines thanks to its high color purity and uniform illumination. This is down to the Digital Uniformity Equalizer (DUE), which corrects imbalances automatically, pixel by pixel. Gray and color tones of radiological and other medical images are correctly rendered over the entire display. This is vital for diagnostics.
Constant brightness during operation
A sensor for the backlight permanently determines the luminance of the monitor. The benefit: The defined and calibrated values are rendered exactly just seconds after the monitor is turned on and remain constant during the entire period of use. The sensor is invisibly integrated in the monitor.
Back of the monitor
Software and ease of use
Features for greater comfort
Consistently secure image quality
The optional EIZO RadiCS software to secure image quality enables extensive maintenance and testing of monitors and includes calibration, acceptance and constancy testing, and the archiving of all areas. The basic version RadiCS LE is already included with RadiForce monitors.
RadiCS LE
Brightness and DICOM® characteristic curve can be checked using the RadiCS LE software and automatically calibrated according to the factory default settings. The optionally available UX2 sensor is used for this purpose. The calibration of other tone value curves, such as CIE, is also possible with RadiCS LE.
The Work-and-Flow technology
With the increasing digitisation of modalities, radiologists are confronted with a growing amount of information on their screens. EIZO's unique work-and-flow technology, with new features designed to meet the needs of radiologists, effectively counters the complexity of data. The RadiForce MX243W and RadiCS-LE software solution enable you to benefit from the Work-and-Flow functions.
More information about the Work-and-Flow functions
Point-and-Focus: all eyes on the analysis
The Point-and-Focus function allows you to select and focus on relevant image areas quickly using your mouse or keyboard. By adjusting the brightness and greyscale, the interesting parts of an image are highlighted by dimming the surrounding areas.
Imroved comfort
Efficiency in diagnostics
Extended durations of use thanks to automatic shut down
The monitor has an automatic shut down option for the backlight (backlight saver). This extends the duration of use. Similar to a screen saver, the LEDs turn off when the screen is not being used.
The backlight saver is part of the RadiCS software.
Ergonomic stand
The monitors stand allows for both rotation and tilting as well as being operational in both portrait and landscape formats. The variable height adjustment starts at the very bottom of the desk, which guarantees optimal ergonomics, regardless of whether the user is standing or sitting in front of the screen. Despite its maximum range of movement, the stand is always completely stable.
Display of DICOM® characteristic at the press of a button
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.
Connections for two computers
DisplayPort and DVI-D input enable the connection of two image signals. You can therefore connect two computers simultaneously. You can switch between them automatically or manually, if desired.
Hassle free multiscreen solution
Thanks to the signal input and output, you can link several RadiForce monitors through their DisplayPort interface. This means that you can realise multi-monitor solutions with the greatest of ease – without labourious and excessive cabling.
RadiLight: Eye-friendly comfort light
EIZO offers a brand-new, easy-to-operate comfort light for radiologists who work in dark diagnosis rooms. The soft illuminance in the background of the screen reduces the strain on the eyes that frequently occurs due to constant light-dark changes between bright screens and objects in a dark environment.
Sustainability
Environmentally and socially conscious production
Environmentally friendly use of materials
The MX243W consists of approximately 19% recycled plastic. This reduces the amount of plastic waste entering the environment, conserves resources and encourages the reuse of materials - helping to preserve our ecosystems.
Environmentally friendly packaging
For the packaging of the MX243W, EIZO uses a padding made of moulded pulp cellulose. The material is made from recycled cardboard and paper and has a much lower environmental impact when disposed of than traditional polystyrene or plastic. All cables are stored in a cardboard compartment instead of being individually packed in plastic bags.
Left: conventional packaging / Right: environmentally friendly materials
Socially responsible production
The MX243W is produced in a socially responsible way. It is free of child labour and forced labour. Suppliers along the supply chain have been carefully selected and they have also committed themselves to produce in a socially responsible way. This applies in particular to conflict minerals. We present a detailed report about our social responsibility annually and voluntarily.
Environmentally and climate friendly
Each MX243W is manufactured in our own factory, which implements an environmental management system in accordance with ISO 14001. This includes measures to reduce waste, wastewater and emissions, resource and energy consumption, as well as to encourage environmentally conscious behaviour among employees. We publicly report on these measures on an annual basis.
Sustainable and durable
The MX243W is designed to have a long service life and normally outlasts the warranty period by some distance. Replacement parts are available many years after production has ceased. The entire lifecycle takes into account the impact on the environment as the longevity of the product and the fact it can be repaired saves resources and protects the environment. When designing the MX243W, we took a minimalistic approach to our resources by using high-quality components and materials, as well as a careful production process.
Warranty
Highest investment security
Five-year warranty
EIZO grants a five-year warranty. This is possible thanks to the highly developed production process based on a simple principle of success: sophisticated and innovative technology, made from high-end materials.
Graphics board recommendation
For precise diagnostics
The EIZO graphics card supports the properties, functions, and settings of the RadiForce MX243W optimally. It enables precise diagnosis and can control several monitors simultaneously. EIZO offers technical support and warranty service for the graphics card.
Matching accessories
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Technical data
| General | |
|---|---|
| Item no. |
MX243W
|
| Case colour |
Black
|
| Solution area | Healthcare |
| Product line | RadiForce |
| Areas of application | Computed tomography/MR imagine, Pathology, Dentist, Dental diagnostic room, Nuclear medicine and radiotherapy, Ophthalmology, Non-destructive-testing |
| Display | |
|---|---|
| Screen size [in inches] | 24,1 |
| Screen size [in cm] | 61 |
| Format | 16:10 |
| Viewable image size (width x height) | 518,4 x 324 |
| Resolution in mega pixel | 2.3 Megapixels (colour) |
| Ideal and recommended resolution | 1920 x 1200 |
| Pixel pitch [mm] | 0,27 x 0,27 |
| Resolution supported | 1920 x 1200, 1920 x 1080 (Full HD), 1680 x 1050, 1600 x 1200, 1280 x 1024, 1024 x 768, 800 x 600, 720 x 400, 640 x 480 |
| Panel technology | IPS |
| Max. viewing angle horizontal | 178 |
| Max. viewing angle vertical | 178 |
| Number of colours or greyscale | 1.07 billion colors (DisplayPort, 10 Bit), 16.7 million colors (DVI, 8 Bit), 16.7 million colors (DisplayPort, 8 Bit) |
| Colour palette/look-up table | 543 billion colour tones / 13 bit |
| Max. brightness (typical) [in cd/m²] | 410 |
| Preset factory calibrated brightness [in cd/m²] | 220 |
| Max. dark room contrast (typical) | 1350:1 |
| Max. refresh rate [in hertz] | 60 |
| Backlight | LED |
| Features & Operation | |
|---|---|
| Preset colour/greyscale modes | 2x manual memory locations, Text, sRGB, DICOM |
| DICOM tone curve | |
| Hardware calibration Healthcare | |
| Digital Uniformity Equalizer (homogeneity correction) | |
| OSD language | de, en, fr, es, it, se |
| OSD setting options | DICOM tonal value, Brightness, Contrast, Color temperature/White point, Gamma, Color saturation, Resolution, Scaling, Monitor reset, OSD language, Signal input, Blur reduction |
| Integrated power unit | |
| Connections | |
|---|---|
| Video Input | DisplayPort (HDCP 1.3), DVI-D (HDCP 1.4) |
| USB specification | USB 2 |
| USB upstream ports | 1 x type B |
| USB downstream ports | 2x type A |
| Video signal | DVI Single Link (TMDS), DisplayPort |
| Electrical data | |
|---|---|
| Frequency | Digital: 31-76 kHz/59-61 Hz |
| Power consumption (typical) [in watt] | 25 |
| Maximum Power Consumption [in watt] | 56 (at maximum brightness with all signal inputs and USB ports in use) |
| Power Save Mode [in watt] | 0.6 |
| Power consumption off [in watt] | 0 |
| Power supply | AC 100-240V, 50/60Hz |
| Power management | |
| Dimensions & Weight | |
|---|---|
| Dimensions [mm] | 552 x 431-521 x 200 |
| Weight [in kilograms] | 7.8 |
| Weight without stand [in kilograms] | 4.9 |
| Link technical drawing | Dimension drawing (PDF) |
| Swivel | 70 |
| dimensionTilt | 5 / 30 |
| Housing dimension details | 90° (clockwise) |
| Height adjustment range [mm] | 90 |
| Hole spacing | 100 x 100 |
| Certification and standards | |
|---|---|
| Certification | CE (Medical Device), ANSI/AAMI ES60601-1, CSA C22.2 Nr. 601-1, IEC60601-1, UKCA, RCM, FCC-B, CAN ICES-3 (B), VCCI-B, RoHS, WEEE, China RoHS, CCC, EAC |
| Software & Accessories | |
|---|---|
| Software | RadiCS LE |
| Additional supply | USB cable (Type A - Type B), Signal cable DisplayPort - DisplayPort, Manual via download, Power cord |
| Accessories | RadiCS, MED-XN51LP |
| Graphics Boards | MED-XN51LP |
| Warranty | |
|---|---|
| Warranty duration | 5 years |
Downloads & Service
Around your product
Manuals & Documents
Software
FAQs
Warranty
Manuals & Documents
Manual - MX243W
Product images MX243W
Recommended graphics cards for RadiForce monitors
Pathology Guide
RadiForce brochure
Software
Device driver - MX243W
Monitor Test
Test the properties and parametres of your monitor quickly and easily with software developed in-house at EIZO.
RadiCS
The EIZO software is capable of complete quality management – from calibration through asset management to acceptance and constancy testing.
RadiCS LE
RadiCS LE quality control software calibrates EIZO RadiForce monitors and manages the calibration data.
RadiNET Pro
EIZO software for network-supported quality management in larger establishments – with remote function for monitors.
FAQs
EIZO monitors generally have two or more signal inputs. You can easily switch between two or more computers by pressing a button on the front of the monitor. For devices with KVM switch functionality, the USB hub also switches to the respective computer at the same time.
At resolutions greater than 1920 x 1200, you need a DualLink signal and cable, as the bandwidth is higher than 165 MHz.
This may be a problem with the graphics card driver. Please install the latest driver for your graphics card and restart the PC with the monitor.
Older graphics cards may not be able to display this resolution. In this case, you will require a new graphics card with the matching output.
Firstly, please check the resolution of the LCD screen. Check the recommended resolution stated for the respective LCD screen. If you have set a lower resolution than recommended, this may result in blurring.
The LCD display is comprised of a fixed number of image elements (pixels), which light up to display the contents of the screen. The image is comprised of horizontal and vertical pixels. LCDs achieve the best image quality if all pixels can be allocated data, i.e. if the resolution configured on the computer corresponds to that of the LCD display.
The color temperature is a benchmark for measuring the white tone and is stated in Kelvin. At high temperatures, the white tone appears slightly blue, while it has a more red tone at low temperatures.
5000 K: Often used in the printing industry.
6500 K: Suitable for displaying photos and video images.
The color tone rendering is relative to the change of the input signal level. This relationship is generally known as the gamma characteristic. In image reproduction, low gamma values result in white images and high gamma values result in high-contrast images.
International standard for an RGB color space. A color space has been defined, which most devices can comply with, to enable color matching between various applications and devices, such as monitors, scanners, and digital cameras. sRGB images, which are detected or issued on "sRBG devices" are limited to the full sRBG color range and no colors outside the sRBG color space. Color allocation, white point, and gamma are permanently defined.
In connection with a USB-compatible computer, the monitor acts as a hub, to which other USB-compatible peripherals can be connected.
The viewing angle relates to the angle, beneath which the contrast is better than 10:1. These are normally values of 160° to 178°. These values do not provide any information about what enormous differences in contrast may result within the viewing angle. The contrasts should not change significantly for users with a perpendicular view and a slightly side-on view. It must not make a difference whether the viewer is looking at the middle of the image or the edge of the image. How much the contrast stability varies with different LCD technologies is best checked using a measurement diagram or by a direct visual comparison. The more stable the contrast in the user's viewing frustum, the better the image rendering.
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Warranty
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