1. Flexible design: The most obvious feature is its flexibility. LED flexible screens can be bent, curled, or even folded, adapting to various irregular surfaces and installation requirements. This enables LED flexible screens to be applied in many innovative display scenarios, such as curved walls, cylindrical structures, etc.
2. Lightweight and portable: LED flexible screens are made of lightweight materials, making them lightweight and easy to carry and install. This is very useful for occasions that require frequent installation and removal of displays, such as exhibitions, performances, etc.
3. High adaptability: Due to its flexible design, LED flexible screens can adapt to various complex scenes and spaces, including curved surfaces, arches, bends, etc., thereby creating more creative and attractive display effects.
4. Widely used: LED flexible screens are suitable for various application fields, including outdoor billboards, stage performances, commercial displays, conference activities, artistic installations, etc. Its flexibility and creativity make LED flexible screens an ideal choice for various activities and venues.
5. Easy maintenance: The modular design of the LED flexible screen makes maintenance more convenient. If a module malfunctions, it can be replaced relatively easily without the need to replace the entire screen.
6. Ultra thin: Due to the use of semiconductors and electrically driven luminescence in LED flexible screen splicing technology, its internal structure is naturally without a liquid crystal layer, and its thickness is very thin, only about 3 millimeters. Its weight is also very light, only over 2 kilograms, which can be said to be very light and thin.
7. Flexible splicing: The biggest difference between LED technology and LCD technology is that its panel is soft and flexible, so it can be arbitrarily spliced into arc-shaped circles and waves. Unlike LCD, which only relies on installation methods to splice into arc-shaped effects, it can achieve arc-shaped splicing with a single screen. This is mainly because it uses multi-layer organic molecular thin films instead of hard materials such as light guides