Recently, Group Chairman President Gao, amidst a busy schedule, personally visited the company’s intelligent manufacturing production base to conduct an in-depth inspection and provide guidance on the R&D progress and production status of the core supporting machinery for the new generation brick-making machines. This visit not served as a tremendous encouragement to the frontline production staff but also represented a crucial assessment of the company’s future strategic direction, highlighting its firm resolve to enhance product core competitiveness and lead industry-wide technological transformation.
I. On the Front Lines, Focusing on Technological Core
In the high-tech automated assembly workshop, President Gao and his delegation first arrived at the debugging area for the core supporting machinery—the high-speed hydraulic mixing system. Technicians were conducting final performance tests on a large-scale mixing system ready for delivery. President Gao meticulously observed the equipment’s operation and listened to a report from the project leader on the system’s breakthroughs in mixing efficiency, energy consumption control, and wear-resistant material applications. President Gao pointed out: “Mixing is the first step in brick production and the foundation determining the quality of green bricks. Our supporting equipment must achieve perfection in uniformity, stability, and intelligent control; this is the prerequisite for producing high-end brick products.”
Subsequently, President Gao moved to the fully automatic brick stacking robot workstation. He observed robotic arms moving flexibly, quickly and precisely stacking the pressed green bricks in an orderly manner. President Gao highly acknowledged the robot’s positioning accuracy and operating rhythm and关切地 inquired about the equipment’s data interoperability and collaborative operation with the main brick-making machine. He emphasized: “Single-machine intelligence is not the end goal; full-line integration is. Our supporting machinery must not become information silos; they must seamlessly connect with the host machine to build a truly intelligent, efficient, and uninterrupted continuous production loop.”
II. Providing a Strategic Overview, Charting the Development Direction
After inspecting the production site, President Gao held a symposium with core members from R&D, production, and quality control departments. After listening to comprehensive reports, President Gao delivered an important speech, outlining the future development direction for the supporting machinery:
- Persist with Innovation-Driven Development, Tackle Key Bottleneck Problems: President Gao emphasized the need to continuously increase R&D investment, particularly in the independent research and development of core components such as specialized servo motors, high-precision sensors, and intelligent control systems. He urged daring to benchmark against international top-tier levels, achieving self-control over key technologies, and firmly grasping the “heart” and “brain” of the supporting machinery.
- Deepen the Integration of Intelligent and Green Manufacturing: The future development of supporting machinery must be closely aligned with the goals of “Industry 4.0” and “Dual Carbon” (peak carbon emissions and carbon neutrality). Efforts must be made to further enhance the automation and informatization level of the equipment, integrating functions like big data analysis and predictive maintenance. Simultaneously, focus should be placed on R&D for energy-saving and consumption-reducing technologies, such as applying waste heat recovery in mixing systems and optimizing energy utilization in hydraulic systems, to set a benchmark for green manufacturing in the industry.
