Are you familiar with the Muxwave LED film screen?

It is a new member of the LED transparent screen family, drawing much curiosity and questions due to its unique features. This article will introduce the basic knowledge of the LED film screen and its application scenarios.

The LED film screen is produced using special bare chips fixed on a highly transparent PCB, covered with adhesive to form a thin, film-like display screen. Its production process differs significantly from traditional LED screens. Similar to the LED transparent screen, the LED film screen has excellent transparency, but unlike traditional LED transparent screens, it offers better flexibility, making it applicable in a wider range of scenarios.

Regarding the question “How is the LED film screen?” generally speaking, if the LED transparent screen can meet the requirements, it is preferable. LED film screens are considered only when the LED transparent screen cannot meet the demands, as the cost of LED film screens might be higher.

Both LED film screens and LED transparent screens can be combined with glass, suitable for various locations such as glass windows, building facades, automotive 4S dealerships, hotels, science museums, and shopping centers, among others. Particularly in glass railings at shopping centers and hotels, LED film screens can achieve more diverse design possibilities.

Muxwave’s holographic invisible screen, the M series film screen, is an innovative transparent LED display screen with features like transparent invisibility, high-definition picture quality, naked-eye AR visual effects, high brightness, and high contrast. This LED display screen can be invisibly applied anywhere in buildings and commercial spaces without affecting the transparency of glass or the openness of space, and without blocking light and sightlines.

When needed, the Muxwave holographic invisible screen can instantly transform into a high-definition large-screen display. It is the world’s first LED product that achieves large-scale seamless integration, full-screen transparent invisibility, and high-definition display, meeting extensive demands in current and future spatial digital interaction scenarios.