Spectrum_Kinetic Display

How to install an Arc-Shaped LED Display🌟

An arc-shaped LED display, as a special form of LED display, features a curved design that brings a more immersive viewing experience. The curvature of the screen adapts to different viewing angles, ensuring the audience can clearly see the content from multiple perspectives, greatly enhancing the sense of immersion during viewing. 😍

Compared to flat screens, arc-shaped LED screens have a wider viewing angle. Even if the audience is at a distance, they can clearly capture the content on the screen, reducing blind spots. Additionally, it can be customized in terms of curvature, size, and shape to meet specific application needs, easily adapting to various space layouts and environmental requirements, making installation more flexible. 🔧


Currently, it is widely used in business buildings, real estate properties, hotels, and other places. Based on different curvature types, arc-shaped LED displays can be divided into inner arc, outer arc, circular arc, and elliptical arc, among others. 🔄


Arc-Shaped LED Display Production Method 🛠️

Currently, the curved display surface of the arc-shaped LED display is mainly achieved through curved LED cabinets. Here’s the production process:

1. Design of Arc Cabinets:
The modular mounting surface of the arc-shaped cabinet is bent into a multi-faceted structure with 4-6 bends, and square display modules are installed on each bent surface to form an approximate arc-shaped display surface. 🌐

2. Large-Scale Splicing:
Multiple arc-shaped unit cabinets are assembled to create a large-area arc-shaped LED display. 🖥️

To ensure a smooth curved surface, it’s important to choose the right modules:

Traditional horizontal LED modules may cause large seams and an uneven curvature, making them difficult to adapt to large-radius scenarios.
Using vertical LED modules improves surface smoothness, making it easier to assemble into large-radius displays. 📏


In all types of arc displays, outer arc displays are the most commonly used, and their production methods can be divided into three types:

When the radius is greater than 1 meter: The LED cabinet is designed as a vertical long strip, and the modules are directly spliced and installed.
When the radius is smaller: The cabinet needs to be designed with a curved structure, and special attention should be paid to precise module alignment during splicing.
When the radius is less than 0.5 meters**: Special custom vertical long modules are required, and the steel structure of the display must be pre-curved to meet the needs of small-radius curvature. 🏗️

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Arc-Shaped LED Display Installation Method 📐

Before installation, core parameters need to be clearly defined:

-Display size is marked as "Length × Width （Height）" i.e., L × W.
-Width （W）: Refers to the height of the display screen.
-Length （L）: Refers to the horizontal length of the display. The arc length can be estimated based on the arc’s circumference and then determined based on the module length. 📏


-Specific installation planning points:

Circular screens are recommended to be divided into 92 modules (with a module molding angle of 2 degrees and each module covering 4 degrees;92modules form a complete circle).
The number of modules in each row should ideally be multiples of 2, 3, 4, 5, or 6 (for easier cabinet division and production).
The module count should not be less than 60, as fewer modules may affect the smoothness of the curvature. 🚀


Display Size Calculation:

After determining the number of modules per row:

-Display length (L) = number of modules × length of each module.
-Display area (A) = Display length (L) × Display width (W). 🧮

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By following these steps, the production and installation of the arc-shaped LED display can be completed, ensuring smooth curvature and stable display effects. ✨

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5 months ago (edited) | [YT] | 0