Calibration

Before proper calibration can be performed, display should warm-up for a minimum of 30 minutes.

If trying to start calibration before the monitor is warmed-up, a warning will appear on the screen (Figure 1).

KEY MAP

UP/DOWN: Changes from setting to setting

LEFT/RIGHT: Changes the setting selection (ie...SELF or COPY)

SELECT: Moves to the next step of calibration

EXIT: Moves back one step of calibration

Figure 1

Figure A

NOTE: Refer to the Key Map (Figure A) when changing settings during the calibration.

Self calibration and Copy calibration can only be performed using the X-Rite i1 display2 sensor. During calibration activities and during normal operation, do not change the digital input. Always use the SAME digital input.

NOTE: With no input signal on the screen, press LEFT and RIGHT button at the same time more than 3 seconds. The CALIBRATION menu will appear.

Self Calibration

1.To show the CALIBRATION menu, plug-in the USB sensor to the sensor port (Figure 2) or select CALIBRATION in the advanced menu (page 20).

USB Sensor

Sensor Port (located at the back of the monitor)

Figure 2

Figure 3

2.Select SELF in the Mode selection (Figure 3).

3.Select the target UNIFORMITY and UNIFORMITY LEVEL. Press SELECT to go to the next section.

4.Set the target LUMINANCE (cd/m2) (Figure 4). Press SELECT to go to the next section.

5.The procedure will ask for the USB sensor to be placed on the center of the display panel (Figure 5).

Tilt the display panel approximately 5¡ backward and place the USB sensor in the center of the display panel (Figure 2).

NOTE: Place the USB sensor flat against the LCD to avoid external light contamination. DO NOT press the calibrator against the display panel.

English

Figure 4

Figure 5

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NEC MD213MC manual Self Calibration, English-21

MD213MC specifications

The NEC MD213MC is a robust medical-grade display designed to meet the rigorous demands of healthcare environments. With a resolution of 2 megapixels, this monitor offers exceptional clarity and detail, essential for effective diagnosis and patient care. It features an active matrix TFT LCD panel that ensures superb image quality and consistency across various lighting conditions.

One of the standout features of the MD213MC is its high brightness level, which significantly enhances visibility and allows for clear viewing of images even in brightly lit examination rooms. The monitor supports a wide color gamut, ensuring that colors are reproduced accurately and that the display can handle diverse imaging applications.

The display is equipped with advanced medical imaging technologies, including a DICOM Part 14 compliance for grayscale images. This feature is crucial as it ensures that medical images, such as X-rays and MRIs, are displayed with the necessary contrast and brightness, assisting healthcare professionals in making informed decisions based on precise image analysis.

Another significant characteristic of the MD213MC is its ergonomic design. It includes a lightweight and slim profile, which makes it easy to mount in various clinical settings. The monitor can be adjusted for height, tilt, and swivel, enhancing the comfort of users during long hours of operation.

The MD213MC also incorporates an automated calibration feature that ensures consistent image quality over time. This is particularly important in medical settings, where even minor discrepancies in image display can lead to varying diagnostics.

Connectivity is another strong aspect of the NEC MD213MC. The monitor offers multiple input options, including DisplayPort and DVI, making it compatible with a wide range of medical imaging equipment. Additionally, the monitor includes USB ports for easy connection to peripheral devices, enhancing its versatility.

In terms of compliance, the NEC MD213MC adheres to stringent medical safety and performance standards, ensuring that it functions reliably in critical environments. Its combination of high-resolution imaging, ergonomic design, and advanced display technologies makes it an ideal choice for hospitals and clinics looking to enhance their imaging capabilities for improved patient outcomes. Overall, the MD213MC represents a significant advancement in medical display technology, providing healthcare professionals with the tools necessary for effective diagnosis and treatment.