Design and performance optimization of flexible printing plate-making driven by the IoT

This paper makes a profound study of flexible printing plate-making technology, and successfully developed an efficient, green, and stable flexible printing plate-making system. Through the presentation of imaging results, it is evident that the system achieves significant advantages in print quality and accuracy. The open design of this product provides robust support for the flexibility and maintainability of this system. Ultimately, through the design of manual plate loading and automatic plate advancement, this system achieves a balance between operational convenience and efficiency, making flexible printing plate-making work more efficient and convenient. This research provides strong support for the development of flexible printing plate-making technology, and that introduces Internet of Things technology which could achieve intelligent interconnection between devices, remote monitoring, data collection and analysis, and provide users with a more intelligent and convenient printing experience.