Alps Intelligent Manufacturing has established a benchmark by deeply integrating its smart manufacturing system with lean principles.

Customers care not only about the smart product itself, but also the quality of after-sales service, which directly affects their satisfaction and repeat purchase rate.

To fully leverage its intelligent capabilities, the foundational architecture of a smart factory control system can be conceptualized from an operational perspective, aligned with the factory’s lifecycle.

To further elevate the factory’s overall level of intelligence, an advanced planning and scheduling system can be introduced to orchestrate and coordinate the various foundational smart systems, thereby establishing an integrated operational model.

Driven by favorable policies, smart factories have accelerated their deployment, enabling traditional manufacturing enterprises to transition to digital production and significantly enhance overall production efficiency.

A significant number of legacy devices lack connectivity, necessitating extensive manual data entry for Andon alerts. Most smart devices are incompatible with multiple control systems, and while the acquisition of new equipment to facilitate the transformation into a smart factory is desired, financial constraints have forced such initiatives to be shelved.

Standardization and innovation are equally vital to lean production, as they complement and reinforce each other.

The MES system of a smart factory offers a wide range of functions, such as capturing various data—personnel, materials, processes, quality inspection, and more—during production.

The Andon system in a smart factory enables automatic information transmission between equipment maintenance and engineering personnel, among other functions.

Intelligent logistics planning in smart factories can be approached from the following aspects: First, establish a centralized picking area...