A grid LED display is a type of digital display technology consisting of an array of LED modules arranged in a grid pattern. These displays are designed to show high-quality visual content, offering flexibility in size and design.

To the transparent LED screens These screens are designed to allow light to pass through, creating a transparency effect while displaying high-resolution content. This is achieved using transparent materials such as acrylic or glass. In contrast, conventional LED screens are opaque and generally used to display solid, high-definition content, making them ideal for indoor environments such as shopping malls or outdoor advertising.

Our LED Grid screen can last around 50,000 to 100,00 hours under normal use. This means you can expect about 5-10 years of continuous operation.

Energy consumption varies depending on screen size and spacing. between pixels and the brightness settings. On average, our LED Grid Screens consume between 100 W and 600 W per square meter. Transparent or flexible screens They may have different consumption rates. We design our screens to be energy efficient, helping to reduce operating costs without compromising brightness or performance.

Yes, we manufacture LED grid screens for outdoor use with an IP67 rating or higher, meaning they are waterproof, dustproof, and designed to withstand various weather conditions.

Installing our LED grid screen is simple. For rigid panels, we provide mounting structures, while flexible models can be attached to curved or irregular surfaces. Regular maintenance consists of cleaning the panel surface and checking for loose connections. To facilitate maintenance, our panel has interchangeable modules, allowing for the replacement of individual parts without service interruption.

Yes. Our LED grid screens use industrial-grade components that support wide environmental tolerances.

We use high-quality LEDs with rigorous classification standards to achieve uniform brightness and color wavelength. Each projection screen undergoes automatic calibration using optical sensors to ensure consistent brightness and chromaticity across all modules. Our power supplies include constant current drivers, which prevent flickering and maintain stable brightness even during extended periods of operation.