Gain a thorough understanding of the structure, operation, and maintenance characteristics of smart factory equipment. Carefully observe, record, and monitor the equipment's structure, principles, and fault phenomena. Based on the analysis results, formulate corresponding emergency measures.

First, standardize operator procedures; second, enhance routine cleaning and daily inspections; third, perform reasonable equipment maintenance; and fourth, conduct effective failure analysis for intelligent factory equipment.

Lean manufacturing categorizes shop floor work into unnecessary work, non-value-added work, and value-added work.

To effectively advance lean production, enterprises must undertake comprehensive improvements across operational procedures, equipment utilization, process optimization, and management methodologies. Partial enhancements would inevitably impede the overall progression of lean manufacturing initiatives.

First, enterprises must promptly conduct time studies to establish work combination tables. Second, companies should enhance production efficiency by modifying machinery and equipment based on the actual conditions of the factory.

(i) Adequate machine configuration, (ii) Cultivation of skilled technicians, and (iii) Continuous adjustment and refinement of standard operating procedures based on practical experience.

Synchronized rhythm production refers to a workshop practice where each production process handles only one product type, with no individual process allowed to operate independently. This closely aligns with a key objective of lean production—eliminating waste.

The three key elements of the production lead time in lean manufacturing are processing time, transportation time, and waiting time. Planning these three aspects from the very beginning of production helps reduce waste and supports the advancement of lean manufacturing.

The Quality Andon System enables timely feedback on processing and assembly issues, facilitating collaborative problem-solving with frontline personnel. The Material Andon System ensures that the material supply area delivers materials promptly based on the feedback received.

Manufacturing enterprises require control systems that can enhance production quality while simultaneously reducing operational costs. The future evolution of the Andon system must align with this dual demand.