Color film LCD is a color film combined with a fully transparent LCD to present color display content. For fixed display content, it can present the effect of a TFT color screen, and can be customized in special shapes. The price is much lower than that of a TFT color screen, the power consumption is low, and the high and low temperature performance is better than TFT. Color film LCD is usually in negative display mode and is used in combination with a backlight.

Special-shaped LCD is a non-traditional rectangular LCD display, usually designed into a circular, arc, triangle or other irregular shapes according to specific needs. This type of display has unique advantages in design and function, meeting the needs of some special fields.

DFSTN (Double-layer Super Twisted Nematic) LCD is a super twisted nematic display technology based on a double-layer compensation film. The product needs to be used in conjunction with a backlight, has the characteristics of high contrast, wide viewing angle, and is suitable for dynamic display. It is widely used in medical equipment, industrial equipment, consumer electronics and other fields.

FSTN LCD Film compensated STN has a wide viewing angle, suitable for multi-channel dynamic driving, more uniform background color than STN LCD, and suitable for displaying complex screens. It can achieve 320 channels, no crosstalk, and can be made into dot matrix.

VA LCD segment code products are upgraded products based on TN LCD technology. The contrast ratio can reach 120 and the wide temperature range is -45-90℃. The basic version of VALCD displays black background and white characters. If it is matched with the corresponding silk-screen color or color film, it can show the effect of TFT color screen and can also be used with TFT screen. It has micro-ampere low power consumption and can be powered by solar cells. Special shapes can meet customers’ special shape requirements.

COG segment LCD (Chip-on-Glass Segment Liquid Crystal Display) is a liquid crystal display technology that directly binds the driver chip (IC) to a glass substrate. It has the characteristics of high integration, light weight, low power consumption and low cost.