ผู้ชม 2,068 ครั้ง | ปรับปรุง : 12 กรกฏาคม 2024
(จองล่วงหน้า) จอมอนิเตอร์ EIZO GX560-MD ขนาด 21.3 นิ้ว
756,960.00 บาท
ผ่อนชำระได้ สั่งซื้อ
The GX560 MammoDuo integrates two GX560 monitors side by side on a specifically designed stand.
With a 7.5 mm bezel, the world's narrowest bezel on a 5 megapixel monitor, the total distance between two side-by-side screens is only 15 mm. Furthermore the screen is almost completely flat with the bezel sitting only 2.5 mm above the screen.
Due to the thinner bezels, the GX560 MammoDuo is slimmer than two conventional 5 megapixel monitors by 67 mm horizontally, 36 mm vertically and 20.5 mm in depth. Furthermore, the total occupying space is reduced by 22%.
With the newly designed stand, you can adjust the height, tilt, and swivel of the two monitors without any gaps appearing between them.
As more image modalities become digitalized, radiologists are viewing an increasing amount of information on their screens. EIZO's unique Work-and-Flow technology alleviates the complexity of the imaging workflow with new functions developed with the radiologist in mind. Users can take advantage of Work-and-Flow functions with the RadiForce monitor and bundled RadiCS LE software.
With the Switch-and-Go function, you can operate two different workstations at the same time with a single mouse and keyboard. Work across several monitors by moving the cursor from one screen to the other or switch the signals between workstations as needed without having to change your mouse or keyboard each time. This makes it possible to reduce the number of monitors in the workflow and improves work efficiency.
With the Point-and-Focus function, you can quickly select and focus areas of your concern with just your mouse and keyboard. Change the brightness and grayscale tones of certain points on the screen to make interpretation easier.
5 megapixel monitors allow you to see smaller details that are essential in digital mammography. The high resolution retains important information to prevent decreased image quality and pixelation that occurs when viewing at a lower resolution.
The GX560 adopts an LTPS (Low Temperature Polysilicon) panel, which allows the monitor to achieve a maximum brightness of 2,500 cd/m2. If calibrated to the recommended brightness of 1000 cd/m2, EIZO guarantees 5 years of use.
Furthermore, it has a contrast ratio of 1700:1, displaying deep blacks and bright whites without any washout. This makes it suitable to use with breast tomosynthesis and mammography which require clear visibility.
The monitor has obtained FDA 510(k) clearance by the U.S. Food and Drug Administration for breast tomosynthesis and mammography. This ensures that the monitor is capable of displaying detailed breast screening images where high performance is essential.
The monitor has a response time of 12 milliseconds, making it ideal for smoothly and continuously viewing tomographic images such as breast tomosynthesis, MRI and CT. In addition, with a pixel pitch of 0.165 mm and 10-bit (1,024 tones) simultaneous grayscale display, subtle density differences can be easily distinguished.
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.
MTF measures numerically how faithfully the panel transfers detail from the original image data for viewing. When Sharpness Recovery is turned on, in the case of a 2 pixel line pair (spatial frequency of 1.515 cycles/mm) the MTF increases by approximately 45.5%.
EIZO offers anti-glare (AG) and anti-reflection (AR) screen variations to suit user environments. AG treatment is ideal for exceptionally bright environments and drastically reduces glare from ambient lighting. AR treatment is ideal for moderately-lit environments to reduce mild screen glare while maintaining crisp text and images.
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. Furthermore, at startup or upon wakeup, the EIZO patented drift correction function quickly stabilizes the brightness level and compensates the brightness fluctuations caused by the ambient temperature and the passage of time, allowing medical images to be faithfully reproduced with stable brightness and grayscale.
With the RadiCS LE software (included) and Integrated Front Sensor (IFS) built into the front bezel, you can easily calibrate to DICOM Part 14 without having to mount, run, and remove an external sensor.
Simple calibration using the monitor backlight sensor is also supported.The CAL Switch function allows you to choose various modes for different modalities such as mammography, MRI, 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.
EIZO and its authorized distributors offer a five-year limited warranty.
As part of its corporate social responsibility (CSR) activities, EIZO is contributing towards the United Nations’ Sustainable Development Goals (SDGs).
Starting with our message “Making Each Life Visual”, we aim to support optimal medical care for each and every individual through accurate diagnosis and treatment afforded by our innovative healthcare technologies.
Our healthcare products are designed to promote energy efficiency for reduced power consumption and CO2 emissions, while maintaining the high performance and functionality needed in healthcare. We also implement a responsible after-service
recycling system.
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