The construction of LCD splicing screen is to place liquid crystals between two parallel pieces of glass, with many vertical and horizontal small wires between the two pieces of glass. By controlling the direction of the rod-shaped crystal molecules through electrification or not, the light is refracted to create a picture.

The LCD splicing screen can be used as a separate display or can be spliced into a large screen for use.

According to different usage needs, achieve a variety of large screen functions that can vary in size and size: single screen split display, single screen individual display, any combination display, full screen LCD splicing, double splicing LCD screen splicing, vertical screen display, image borders can be compensated or covered, supporting digital signal roaming, scaling and stretching, cross screen display, picture in picture, 3D playback, setting and running various display plans, and real-time processing of high-definition signals.

LCD splicing screen is a single independent and complete display unit that is ready to use and installed like a building block. It is composed of single or multiple LCD screens. The edges around the LCD splicing are only 0.9mm wide, and the surface is also equipped with a tempered glass protective layer, built-in intelligent temperature control alarm circuit, and a unique “fast dispersing” heat dissipation system.

There is everything, not only suitable for digital signal input, but also very unique support for analog signals. In addition, there are many LCD splicing signal interfaces, and DID LCD splicing technology is used to achieve simultaneous access of analog and digital signals. The latest LCD splicing technology can also achieve naked eye 3D intelligent effects.