Establishing an intelligent factory information network to achieve the integration of informatization and industrialization is not only a necessity for societal development but also essential for enterprises to adapt to market dynamics and foster their own sustainable growth.

Compared to conventional factories, the defining characteristics of smart factories are embodied in the very notion of "smartness." Specifically, this refers to the intelligence of systems and equipment.

Smart factories and automated factories are two completely different concepts. From the perspective of a smart factory, automation is just a very small part of it.

Smart factories necessitate an evolution from crude, workshop-style management to refined and standardized operations. Their competitive edge lies in elevating manufacturing value chains to higher-end segments, advancing technological intelligence, and transforming factor chains into service-oriented models.

Kanban indeed plays a crucial role in lean production, but it is a misconception to assume that more kanban equates to better lean development.

First, production takt time is crucial for the workshop production line. Second, to standardize workshop production, the focus should be on product quality. Finally, a lean production workshop aiming to improve product quality must pay close attention to the process flow of the products.

Although smart factories represent the future development trend of manufacturing enterprises, they cannot blindly transition to smart factory operations.

A smart factory encompasses a wide range of components, including intelligent product design, smart production processes, and the integration of intelligence across research and development, management, logistics, and supply chain operations.

Cost reduction does not mean laying off employees—that is a misguided mindset.

In Lean manufacturing, waste refers to any activity that consumes resources without creating value in business operations and production.