On August 25, Sun Ruixuan, Deputy Director of Hebei Institute of Automation Co., Ltd., visited our institute for research and study. Guo Jinjie, President of our institute, Lu Longfei, Deputy Director of the Technical Department, and Lü Qinglei, Assistant to the President, accompanied and received the guest throughout the visit. Both sides conducted comprehensive and in-depth exchanges on core topics including technological R&D, platform construction, and achievement commercialization.
At the beginning of the investigation, Director Sun first visited our R&D Achievement Exhibition Hall to observe our core scientific research outcomes on-site. The hall showcased a neat arrangement of independently developed precision bearing products, among which the main products such as robot reducer bearings and hosiery machine series bearings attracted much attention. Director Lu provided a detailed introduction to the R&D background, core technological breakthroughs, performance advantages, and industrial application scenarios of various bearing products. He focused on the technical highlights in precision control, wear resistance and noise reduction, and long-term stability, as well as the institute's development history of deep cultivation in the precision bearing field and dedication to technological innovation. Director Sun listened attentively, asked detailed questions about R&D details, market promotion, and technological iteration, and highly recognized our institute's technological accumulation, innovation achievements, and industry competitiveness in niche bearing fields.
To gain a more intuitive understanding of our institute's scientific research and production capabilities, Director Sun subsequently visited our R&D pilot workshop and precision testing room. In the pilot workshop, he meticulously inspected the product trial production process and the operation of core production equipment, gaining an in-depth understanding of the complete workflow from R&D sampling, process optimization to small-batch pilot production. In the precision testing room, he focused on inspecting our precision testing equipment configuration, testing standards, and quality control system. He fully affirmed our institute's comprehensive R&D hardware facilities, rigorous testing processes, and strong technological R&D capabilities.
Following the on-site investigation, both parties held an exchange symposium. Based on industry development trends and their respective strengths in scientific research, technology, and platforms, the two sides engaged in in-depth discussions on key topics such as the intelligent upgrading of precision bearings, the integrated application of automation technology, industry-university-research collaborative innovation, and the commercialization of technological achievements. They actively exchanged cutting-edge industry experiences, precisely aligned their cooperation needs, and carefully explored future diversified and deep-level cooperation directions and implementation paths.
This exchange has built an efficient communication bridge between our institute and provincial-level research institutes, effectively enhancing mutual understanding and trust, and laying a solid foundation for future resource sharing, complementary advantages, and joint research. Next, our institute will take this exchange as an opportunity to continuously focus on core technology breakthroughs in precision bearings, proactively align with provincial scientific research and innovation platforms, and actively deepen industry-university-research cooperation. By leveraging high-quality research resources to make up for innovation shortcomings, we will continuously enhance our core product competitiveness and R&D capabilities, empowering the high-quality and intelligent development of the equipment manufacturing industry.
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