The emergence of new technologies provides robust technical support for manufacturing enterprises in their transition toward smart factories. Concurrently, with strong backing from national and local governments, an increasing number of manufacturing firms are embarking on the path to smart factory transformation.

If traditional enterprises fail to transition to smart factories, many of the pain points they currently face will remain unresolved, such as overcapacity, rising labor costs, intensifying market competition, and the challenge of meeting customized customer demands.

The production line engineered by the smart factory is one built upon advanced software and intelligent machinery. This production line, crafted by the smart factory, exhibits remarkable adaptability for manufacturing facilities while also adhering to ergonomic principles.

The workflow of a smart factory can be broadly categorized into five components: first, the infrastructure layer; second, the intelligent equipment layer; third, the smart production line; fourth, the intelligent workshop layer; and fifth, the factory management and control layer.

An increasing number of enterprises are now transitioning toward smart factories. As technology continues to advance, improving factory productivity inevitably makes the evolution of next-generation smart factories a natural development trend.

Smart factory intelligent manufacturing mainly comprises three aspects: first, smart products; second, intelligent production and management; and third, the collection and sharing of information against the backdrop of the Internet of Things.

With the advancement of information technologies such as the Internet and big data, traditional manufacturing enterprises that fail to seize the moment to transition into smart factories risk being phased out by the market in the coming years.

A lean production supply chain refers to the seamless integration of essential steps and partners throughout the entire process—from product design to final customer delivery—enabling a rapid response to the ever-changing demands of customers.

First, plant equipment maintenance. Only by keeping equipment in sync with the lean production model can productivity be improved. Second, inventory accumulation at the factory.

Lean production management effectively mitigates product backlog. Through rational resource management and utilization, it reduces production cycles, consistently enhances product quality, and significantly lowers production costs.