Because each display screen is unique in terms of size and shape, we must consider the width and height of the screen when selecting a customized segment code LCD manufacturer for our application. Only display screens that are capable of accommodating a variety of display sizes can provide us with a better user experience, and the video can demonstrate the effect that the details will not be overlooked in front of the user.
It is because if the display's brightness is not strong enough during the day, it is easy to appear dark and lose sight of the display content. As a result, the customized segmented transflective display must have enough brightness to play during the day, so that the display is in high brightness. Under these conditions, the display content can still be seen and displayed, and the display status of the display screen will not be affected by the poor surrounding environment, and it will be visible in the sunlight as well as in the shade.
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LCD industrial screens are a common sight in manufacturing and processing equipment. Displays with high brightness and low darkness have a close relationship with displays with high contrast and high brightness. These display characteristics are important reference conditions for LCD screens. The basic principle of screen display, in summary, is to fill the liquid crystal material between two parallel plates, and to change the arrangement of the molecules in the liquid crystal material by applying voltage in order to achieve the purpose of shading and transmitting light, while displaying different shades and uniformity. The color image can be displayed as long as the ternary color filter layer is sandwiched between the two plates.
LCD industrial screens with a screen brightness of 500cd/m and a contrast ratio of 600:1 or greater are capable of meeting all viewing requirements completely. Despite this, many people will still question whether it will be able to achieve its ultra-high brightness. It should be noted that products that are brighter in color are not necessarily better products. People are frequently made uncomfortable by images with an excessively bright display. In addition to increasing the likelihood of visual fatigue, it reduces the contrast between pure black and pure white, which has an adverse effect on the performance of color gradation and grayscale images on one hand.
In fact, the uniformity of the brightness is critical for successful lighting. The number and configuration of backlights and reflectors, as well as the uniformity of the brightness, are all closely related to one another. A higher-quality display has consistent brightness throughout and no noticeable dark areas.