Industry Leaders Gather to Fuel Fastener Innovation & Up

[Abstract]:Recently, a professional summit gathering top industry intellects was successfully held. The conference featured two core segments: keynote reports and award-winning experience exchanges.

Recently, a professional summit gathering top industry intellects was successfully held. The conference featured two core segments: keynote reports and award-winning experience exchanges. It invited numerous academicians, authoritative experts, and representatives from leading enterprises to share their insights. The content combined academic depth with practical application value, focusing not only on cutting-edge technological evolution and industrial development trends in mechanical manufacturing but also revealing the innovation codes for the deep integration of the fastener industry with high-end manufacturing. This provided valuable ideas and references for the high-quality development of the fastener sector.

Keynote Reports: Mapping New Paths for High-End Applications
During the keynote session, several academic titans focused on core technological breakthroughs in different high-end manufacturing fields, deeply analyzing the direction of technological evolution. Their sharing was closely related to the fastener industry, offering new pathways for expanding fastener applications in high-end equipment.

Advanced Electronic Manufacturing: Professor Yin Zhouping, an Academician of the Chinese Academy of Sciences from Huazhong University of Science and Technology, delivered a report titled "Advanced Electronic Manufacturing Technology and Equipment." He systematically reviewed the technological iteration from traditional assembly to precision intelligent manufacturing, highlighting breakthroughs in miniaturization, high precision, and high reliability. Academician Yin pointed out that as the integration of electronic devices increases, it imposes strict requirements on the miniaturization, precision, and anti-electromagnetic interference performance of supporting fasteners. Micro-precision fasteners have become indispensable core components. His insights on the fusion of electronics and mechanics provide clear directions for fastener enterprises to align with high-end demands and upgrade their R&D.
Low-Altitude Economy & Lightweighting: Professor Sun Yize, an Academician of the Chinese Academy of Engineering from Donghua University, focused on "Exploration of Key Technologies for Lightweight and Low-Cost Mass Manufacturing of Structural Components for Low-Altitude Aircraft." Interpreting the emerging track of the low-altitude economy, he emphasized that lightweighting is the core breakthrough for improving endurance and reducing energy consumption. The R&D and application of lightweight fasteners are crucial here—they must meet structural strength requirements while fitting lightweight design philosophies. The large-scale application of new material fasteners, such as high-strength aluminum and titanium alloys, will become an industry trend, offering vital technical references for companies entering this sector.
Bio-Mechatronics: Professor Zhu Xiangyang from Shanghai Jiao Tong University discussed "Bio-Mechatronics: Extending the Boundaries of Robotics Technology," exploring the innovative potential at the intersection of biomedicine and mechanical engineering. He stressed that the development of intelligent medical equipment demands extremely high safety, precision, and biocompatibility from components. In high-end devices like surgical and rehabilitation robots, fasteners directly impact operational stability and patient safety. His concept provides academic support for fastener enterprises to expand into the high-end medical field and develop specialized medical-grade fasteners.

Industry Insights: Policy Guidance and Strategic Opportunities
Beyond academia, industry authorities provided in-depth analysis of industrial development. Luo Junjie presented "Riding the Momentum to Win the Future—The Breakthrough and Leap of China's Machinery Industry." Combining national industrial policy orientation, he comprehensively analyzed current opportunities and challenges. He noted that as the "rice of industry," the development level of fasteners directly affects the overall competitiveness of the machinery industry. Under the national push for high-end manufacturing and self-reliance, the industry is in a strategic window to break through "chokehold" technologies. He advised enterprises to actively align with national strategies, strengthen technological innovation, and integrate into the high-end manufacturing supply chain, while remaining vigilant against raw material price fluctuations and talent shortages.

Award-Winning Exchanges: Practical Models for Collaborative Innovation
In the subsequent session, representatives from the winners of the 2025 Mechanical Industry Science and Technology Award (Special Prize) shared valuable practices in technological innovation and achievement transformation.

Collaborative R&D in Major Equipment: Liang Quanwei, Chief Engineer of Dongfang Electric Group Dongfang Electric Machinery Co., Ltd., themed his talk on "Upholding Integrity and Innovation, Deepening Reform, and Promoting High-Quality R&D System Construction." He explained that major equipment manufacturing demands extreme reliability and durability from fasteners. By building a robust R&D system and collaborating deeply with supporting fastener enterprises, they jointly conquered technical difficulties and achieved autonomy in core components. This model offers a significant reference for deep cooperation between fastener makers and OEMs.
Overcoming "Chokehold" Technologies: Qiu Mingjun, General Manager of China National Heavy Machinery Research Institute, focused on "Forging the Source Power of National Strategic Science and Technology, Striving to be the Backbone of Building a Technological Powerhouse." He highlighted that the localization of high-end fasteners is key to industrial autonomy in heavy machinery. Through special task forces and industry-university-research collaboration, they broke through bottlenecks in manufacturing ultra-large, high-strength fasteners, providing a beneficial reference for enterprises tackling high-end product challenges aligned with national needs.
Green Transformation of Traditional Power: Li Zhijie, Assistant General Manager of Weichai Power Co., Ltd., centered on "Innovation Drive and Challenge Response of Internal Combustion Engines." Under the "Dual Carbon" goals, the green transition of internal combustion engines places higher demands on the high-temperature resistance, corrosion resistance, and lightweighting of fasteners. Weichai Power has optimized fastener designs through collaborative R&D, adopting new materials and advanced processes to enhance engine efficiency and reliability. This provides a practical reference for developing green products catering to the upgrade of traditional power equipment.

Conclusion
The hosting of this conference built a high-end platform for exchange and cooperation. The brilliant sharing by scholars and enterprise representatives not only showcased frontier technologies but also precisely aligned with the development needs of the fastener industry. It injected strong momentum for the sector to integrate into the high-end manufacturing chain and achieve high-end, intelligent, and green upgrades. In the future, the fastener industry can actively draw upon these advanced experiences, strengthen technological innovation and collaborative efforts, and continuously improve product quality to provide solid support for the high-quality development of China's machinery industry.

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Industry Leaders Gather to Fuel Fastener Innovation & Up

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