Dr. Zhang Xiaohui, Director of ALSI, delivered a speech at the summit themed "Automation ≠ Cost Reduction and Efficiency Improvement — IoT + Lean + Digitalization Empowering Intelligent Manufacturing Upgrade and Transcendence."

Dr. Zhang Xiaohui, Director of ALSI, delivered a speech at the summit on the theme "Automation ≠ Cost Reduction and Efficiency Enhancement: IoT + Lean + Digitalization Empowering Smart Manufacturing Upgrade and Beyond."

The advancement of technologies such as the Internet of Things, cloud computing, and big data has positioned smart factories as a pivotal force in driving industrial upgrading and transformation in China.

ALSI integrates lean philosophy into every aspect of its smart factory production and services, encompassing closed-loop management from the device layer to the data layer. This effectively lowers the cost and technical barriers of digital transformation in traditional manufacturing.

Leveraging advanced technologies such as digitalization, big data, the Internet of Things, and artificial intelligence, we optimize production processes, minimize resource consumption and waste emissions, and achieve sustainable development objectives.

Because data provides more objective, accurate, and real-time information support, it helps optimize production processes, improve production efficiency, and enhance product quality.

Only a smart factory solution tailored to specific operational needs can prevent "rejection reactions" on the production floor, enabling immediate deployment and seamless integration.

Optimizing production processes entails the continuous elimination of redundant procedures and the integration of existing workflows, thereby reducing communication overhead and minimizing idle time. This enables smart factories to operate with enhanced efficiency and superior performance.

Lean production is a systematic manufacturing methodology that, by reforming personnel organization, operational methods, and system structure, enables smart factories to respond to market demand at the lowest cost and fastest speed.

Ensuring process stability in production systems encompasses multiple dimensions: it requires clearly defining corporate objectives, identifying the root causes of product defects, conducting regular inspections, establishing a robust product quality assurance mechanism, and refining the process information feedback system.