In production, the main factor determining the production capacity of the tile line is "average speed". Currently, many cardboard box equipment production enterprises have adopted new control technologies to optimize the distribution and use of electricity in tile line production. Compared to the same type of tile line, high-speed corrugated machines can easily meet the same production capacity requirements without frequent speed changes in production, saving 20% of electricity consumption and greatly reducing the scrap rate in production, Greatly reduces energy and material consumption in production. The stable operation of the tile line ensures the consistent quality of the cardboard produced. Not only that, but also the use of low maintenance costs has improved the return on investment of the equipment. Adopting intelligent and user-friendly designs such as integrated control panels and human-machine interfaces, the tile line operation is more intuitive and simple, effectively reducing maintenance and labor costs.

Using the corrugated machine production management system to control production costs can accurately calculate the production efficiency of the tile line, achieve synchronous speed of the entire production line, and effectively reduce waste. Using an automatic paper picking machine for paper picking can greatly reduce the waste of raw paper, increase vehicle speed, and improve production efficiency. If for cost reasons, at least one automatic paper feeder should be installed in front of the lamination process. It is important to pay attention to the selection of production management systems, as there are many products for various production management in the enterprise. The key to choosing is not just price comparison, but how to accurately achieve the goal of saving raw materials, especially the accuracy of paper replacement. In addition, a computer is provided to automatically control the amount of paste consumed based on different paper types and vehicle speeds, allowing for automatic reduction of the paste gap during high-speed operation and appropriate increase of the paste amount during low-speed operation. This can save at least 15% of the paste amount. Furthermore, for the temperature control part, the computer can also automatically adjust the drying area of the preheating cylinder based on the paper and vehicle speed, ensuring the hardness of the cardboard.