The sudden COVID-19 epidemic in 2020 has pressed the pause button of traditional manufacturing. At the same time, under the blessing of policies, the new generation of information technology and manufacturing has accelerated development, and the industrial Internet has developed rapidly, pressing the accelerator key to resume production. Through the comprehensive interconnection of labor, machines, and materials, we will continue to promote the transformation of “Chinese traditional manufacturing” to “Chinese intelligent manufacturing”. Automation, informatization, and networking are infiltrating all links of the industrial chain, becoming an important development direction for the intelligent transformation of enterprises.

Under the background of the Internet of Everything, in the production process, to realize the intelligence of the workshop, it is necessary to collect and analyze information such as production status, equipment status, energy consumption, production quality, and material consumption in real time, and conduct efficient production and rational scheduling. Significantly improve equipment utilization (OEE). “Using big data technology, through data collection and analysis to achieve traceable, analyzable, and archiveable visual management of equipment management, production process, and product quality, you can clearly understand the entire production process and understand how each link is executed. Once If a certain process deviates from the standard process, an alarm signal will be generated, and the error can be found more quickly.” The automation, information, and data integration application of workshop production not only saves human resource costs, but also greatly improves production. Efficiency provides convenience for production management, and more importantly, ensures the stability of product quality.

The ceramic production process is complex, with many procedures and a long production cycle. The process requires good cooperation from various departments. Because raw and auxiliary materials, semi-finished products, and finished products need to be repeatedly stored in and out of the warehouse, the production data is trivial and complicated, and manual management is prone to errors and omissions. This leads to problems such as difficult control of the production schedule, delays in delivery, excessive material loss, and increased production costs. In order to solve these problems, we use intelligent process management software to realize the digital management of the whole ceramic production process, effectively helping companies improve product quality, and thus more efficiently complete the whole process monitoring of customer orders.