Recently, a report about China's attack on iPhone screen laser repair technology, which allows the cost of repairing Apple's cell phone to be reduced by four-fifths, has made this news an instant sensation in the technology circle.
1. the scope of application of laser repair machine
Laser repair machine is a high-tech equipment that utilizes laser processing technology for screen repair. It is through the laser beam aiming, adjustment and other operations, the screen on the damaged parts of the fine processing, so as to achieve the purpose of repair. Laser repair machine is widely used in the field of cell phone, computer, TV and other screen repair, can quickly and accurately repair all kinds of screen damage problems, greatly improving the repair efficiency and repair quality.
2. Laser repair machine workflow
The workflow of the laser repair machine mainly includes three steps: positioning, analyzing and repairing. First, through high-precision positioning technology to determine the damage location on the screen. Then, using advanced analysis algorithms, the damaged parts are accurately identified and analyzed. Finally, the laser repair machine repairs the damaged parts through the action of the laser beam to restore the original function and appearance.
3. Limitations of laser repair machines
However, laser repair machines also have some limitations. Since the laser repair technology requires fine treatment of the damaged parts on the screen, it can only repair the damage in some specific cases. For some serious screen damages, the entire screen may still need to be replaced in order to solve the problem. In addition, the investment cost of the laser repair machine is high, requiring large-scale research and development and production by enterprises, which may be a heavy burden for some small repair stores.
But in any case, with the continuous improvement and popularization of laser repair technology, I believe that this technology will have a far-reaching impact on the entire electronic screen repair industry.