The influence of production processes on the quality of rail transit screens is mainly reflected in the following aspects:
Manufacturing precision: The manufacturing precision of rail transit screens will directly affect their display effect and service life. During the manufacturing process, if the accuracy of parameters such as the size, shape and position of the display screen cannot be guaranteed, it may lead to problems such as uneven brightness and color, and picture distortion of the display screen, affecting its overall quality.
Welding quality: The welding quality of the rail transit screen will also have an impact on its quality. If problems such as false soldering or missed soldering occur during the welding process, it may lead to poor contact and short circuit of the display screen after long-term use, affecting its stability and lifespan.
Surface treatment: The surface treatment of rail transit screens can also affect their quality. If the surface treatment is improper, it may cause problems such as scratches and oxidation on the display screen, affecting its appearance and service life.
Assembly process: The assembly process of the rail transit screen will also affect its quality. If there are problems with the arrangement and fixation of components during the assembly process, it may cause mechanical damage, vibration and other issues to the display screen during use, affecting its stability and lifespan.
The inspection stage: In the production process of rail transit screens, the inspection stage is also very important. If the detection is not thorough or the method is incorrect, it may lead to some quality issues with the display screen, such as uneven brightness and color, light leakage, etc., affecting its overall quality.
In conclusion, the production process has a very significant impact on the quality of rail transit screens. To improve the quality of rail transit screens, strict control and optimization need to be carried out in multiple aspects such as manufacturing accuracy, welding quality, surface treatment, assembly process and inspection links.
