In practical applications, smart factories should place greater emphasis on human-machine collaboration. Compared to robots working independently, human-machine collaboration offers greater flexibility and superior responsiveness and decision-making capabilities when dealing with unexpected events.

In the development of smart factories, facilities should implement scientific plant layout planning that not only meets the requirements of process production but also optimizes business workflows, enhances logistics efficiency, and improves employee productivity.

A defining characteristic of intelligent production lines in smart factories is their capability to automatically collect data on product manufacturing, quality inspection, and energy consumption throughout the production and assembly processes.

The infrastructure layer of a smart factory refers to the establishment of network coverage through internet technologies, enabling the automated issuance of instructions and the automatic collection of information from factory equipment and production lines.

The implementation of lean production cannot succeed without the collaboration between employees and the factory, as every staff member plays a crucial role in advancing lean manufacturing.

To effectively address the challenges in lean production, it is essential to first resolve preliminary issues such as equipment maintenance, inventory accumulation, and technological innovation. Only by solving these foundational problems can we free up the energy needed to tackle other issues and steadily advance along the path of lean production.

"Lean" signifies minimalism and precision, meaning enterprises avoid redundant resource allocation and achieve high-quality production with minimal cost. "Beneficial" indicates that all production activities must be value-adding and effective, rejecting any meaningless operational endeavors.

Lean production emphasizes human-machine interaction and rational resource allocation within the manufacturing process, while rejecting all unnecessary delays and waste of resources.

The Lean Production System traces its origins to the Toyota Production System in Japan. After years of iterative exploration, Toyota's leadership synthesized the characteristics of Japan's economic environment at the time, ultimately formalizing the Lean Production model.

To achieve lean production, enterprises must first prioritize equipment maintenance. Inadequate maintenance and frequent machine failures can significantly delay production and inflate costs. At the same time, product inventory issues must be effectively addressed.