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As the economy becomes more integrated through globalization, in traditional labor-intensive manufacturing sectors such as clothing and electronics, the costs of producing goods are increasing, while the profits from processing remain low. To increase a company’s overall profit margin, improve work efficiency, optimize management processes, and promote high-quality economic development, enhancing production efficiency through digital transformation has become one effective approach; as a result, automated production lines are increasingly adopted by businesses across the board. Conditions required for automated assembly line production: 1. The product structure and manufacturing process must be relatively stable, and the products in question must be in high demand over a long period of time. 2. The manufacturing process can be divided into simple operations, and certain operations can be appropriately combined or split according to the requirements for synchronizing these operations; the time required for each operation should not vary too greatly. 3. The output volume of the products is high enough, and the labor input per unit of product is also substantial, to ensure that each workstation on the assembly line has an adequate workload. 4. Raw materials and auxiliary components must be standardized and specified, and available for supply on time. 5. There must be the conditions to install an assembly line. An automated production line can form a complete system because it integrates cutting-edge technologies such as sensing technology, drive technology, mechanical technology, interface technology, and computer technology. Automated production lines are widely used in various countries, as they provide the necessary means for production and enable effective integration and organization to optimize the overall equipment. Although automated production lines originate from traditional assembly lines, their efficiency is far superior to that of traditional ones, and they also possess various significant differences: they feature a high level of automated control as well as a precise production rhythm that is not available in traditional assembly lines.