The greatest difference between a smart factory and a traditional factory lies in their distinct operation modes. A smart factory leverages technologies such as the Internet and big data to build an intelligently managed facility on the foundation of a traditional factory.

The operating landscape for domestic manufacturing enterprises has entered a new normal, while the global manufacturing production environment is undergoing intense competition driven by the new wave of technological revolution and the continuous advancement of smart factories.

Whether the data collected by the smart factory equipment status monitoring system is instructive depends on whether it is collected in real time and the accuracy of data collection, as well as the system's performance in practical factory applications.

The intelligent supply chain of a smart factory is built upon the foundation of traditional supply chains, enhanced through the integration of internet technologies and other advanced solutions to form a more sophisticated and interconnected system.

Smart production in a smart factory leverages advanced technologies such as automation and intelligent robots to build an intelligent production line. It fulfills customers' customized demands while enabling a transparent and intelligent production organization approach on the factory floor.

Intelligent design in smart factories entails the establishment of a digital model that comprehensively encompasses the entire product lifecycle.

The top-level design and planning of a smart factory should be aligned with the enterprise's strategic objectives, current realities, and the development directions of each business line, ultimately crystallizing into a core construction objective.

The first aspect is to redefine equipment across different production lines; the second aspect is to accurately analyze the baseline environment and energy requirements; the third aspect is to reasonably partition the workshop based on infrastructure needs.

The foremost priority for any manufacturing facility is to conduct comprehensive market research and analysis of its own products, followed by categorizing them into broad product segments. Subsequently, based on the distinct characteristics of each product and varying market demands, the smart factory production lines should be strategically planned.

Existing manufacturing facilities possess the potential to transition into smart factories. However, during this transformation process, it is unrealistic to expect these legacy plants to achieve full-scale intelligent upgrades in a single step.