The essence of advanced manufacturing technology lies in its application. The development of mechanical automation technology should be guided by the actual production needs and specific conditions of enterprises. Only by adopting appropriate automation methods for suitable products can we achieve optimal technical, economic, and social benefits. In advancing mechanical automation technology, China must prioritize practicality and tangible benefits for the national economy. Practices such as blindly pursuing automation and automated production lines—where annual production targets are met in just one or two months, resulting in low-capacity utilization—should be corrected. Projects that fail to significantly boost economic efficiency or demonstrate low productivity should be postponed. What we need is efficiency, not just speed.

Lay a Solid Foundation and Focus on Integrated Development of Mechanical Automation Technology
To develop and apply mechanical automation technology, it is essential to solidly establish foundational work for automation projects and promote practical implementation. This requires not only advancing core machinery but also supporting the development of automation components and control systems. Programmable logic controllers (PLCs), microprocessors, sensors, advanced cutting tools, control systems, software, and computers will form the core technological foundation of future mechanical automation.

The key to advancing mechanical automation lies in researching and producing high-performance, highly automated electromechanical products. In automated production, factors such as system architecture, mass (weight), volume, rigidity, and durability significantly impact modern mechanical automation technologies. Mechanical engineering must leverage other advanced technologies to evolve and adapt to the development of modern automation.

During automated production, microelectronics and control theory are indispensable for automatic control, inspection, and servo system operations in manufacturing systems. Similarly, computer and information processing technologies are critical for data exchange, processing, storage, computation, analysis, and decision-making.

In this era of rapid technological advancement, competition in the machinery industry will inevitably be driven by technological innovation. For machinery manufacturers, technological sophistication has become the defining theme for future development.

The safety and high efficiency of equipment in the development of the mechanical industry are both themes of development. The high efficiency of the development of machinery is achieved through the use of mechatronics technology and automation control technology. And the safety of equipment will be the mainstream of the future development of the global machinery industry. We will launch a large number of machines that meet quality and safety requirements, starting from the equipment itself to achieve safe processing.