The manufacturing process of computer case light panels can vary according to specific designs and requirements. The following is a common manufacturing process: 1. Design and planning: According to the design requirements and user needs, design and plan the light panel, including shape, size, brightness, color, etc.
2. Material selection: Choose suitable materials to make light panels. Common materials include transparent or translucent plastic or glass, such as polycarbonate (PC) or acrylic (PMMA).
3. Sheet laser cutting: Use a laser cutting machine to cut the selected material into the required shape and size.
4. Surface treatment: Surface treatment of the cut plates, such as polishing, grinding or painting, etc., to improve the appearance quality.
5. Pattern production: According to the design requirements, pattern production is carried out on the surface of the board. Common production processes include screen printing, inkjet painting or laminating.
6. Light source setting: According to the light panel design, install the appropriate light source inside or near the light panel, such as LED lamp beads or light strips.
7. Circuit connection: Connect the light source to the electrical circuit to realize the electrical supply and control of the light panel.
8. Assembly and fixation: Install and fix the light panel in the appropriate position of the computer chassis as required, usually using screws, clamps or glue.
9. Debugging and testing: Debugging and testing the produced light panels to ensure normal operation and meet design requirements.
10. Quality inspection and packaging: Conduct quality inspection on finished products, including appearance quality, brightness, color consistency, etc., and package and label qualified products.
It should be noted that the above manufacturing process is only a common process, and actual production may vary depending on manufacturers and product designs. When purchasing, it is recommended to refer to the specific product manual or consult the relevant manufacturer to obtain more accurate manufacturing process information.
