原创 音浪探境 清能博创 2024年11月27日 14:15 北京
On November 24, 2024, the "Intelligent Manufacturing Technology Conference for Industry Transformation and Upgrading," jointly organized by the Beijing Society of Mechanical Engineering and the Beijing Association for Science and Technology Smart Manufacturing Professional Think Tank Base, was successfully held in Beijing. The conference highlighted the importance of intelligent manufacturing in enhancing production efficiency, product quality, and corporate competitiveness, while advocating for strengthened cross-domain collaboration to elevate China's position in global manufacturing. The Battery and Semiconductor Testing Professional Committee, as one of the co-organizers, actively participated in this grand event.
Conference Context
Intelligent manufacturing technologies are accelerating industrial upgrading. The conference brought together experts from academia, industry, and government to chart new directions for technological transformation.
Opening Speech
Li Haitao, Secretary-General of the Beijing Society of Mechanical Engineering, stated in his opening remarks that intelligent manufacturing is a key engine for the high-quality development of the manufacturing industry. The successful experiences of 172 "Lighthouse Factories" globally demonstrate that automation and intelligence can significantly boost production efficiency and product quality, reduce costs, and enhance competitiveness. Intelligent manufacturing is not only applied in discrete manufacturing but also widely penetrates process industries and service sectors, fostering collaboration and resource sharing across the industrial chain.
Keynote Presentations
During the special reports session, experts engaged in in-depth discussions on the latest advancements and applications of intelligent manufacturing technologies:
Analysis of Core Testing Processes for Solid-State Batteries
.01
Dr. Xiang Yong, Chairman of the Battery and Semiconductor Testing Professional Committee, introduced TsingBosch's achievements in Libs Safety Detection Intelligent Workstation Pro and ultrasonic intelligent testing technology. He emphasized its crucial role in improving the safety and performance of solid-state batteries by effectively monitoring internal wetting status and identifying issues like gas generation and insufficient wetting.
Large-Scale Lattice Structure Multi-Arc Parallel Additive Manufacturing
.02
Professor Liu Changmeng from Beijing Institute of Technology shared the advantages of this technology in lightweighting and multi-functionality, widely applied in aerospace and marine infrastructure.
Research and Application of Ray Nondestructive Testing Intelligence
.03
Professor Xiao Yongshun from Tsinghua University presented the application of X-ray inspection technology in intelligent manufacturing, including radiographic imaging, CT reconstruction, and scattering imaging. He showcased application examples in concrete, special steel, and engine inspection, with future directions focusing on intelligence, portability, dynamic process imaging, and in-situ nondestructive testing.
Advances and Prospects of Two-Phase Heat Transfer Technology in Deep Space and Scientific Exploration
.04
Researcher Huang Jinyin from the Overall Design Department of China Aerospace Science and Technology Corporation Fifth Academy introduced spacecraft thermal management technologies, such as the Aerospace Grooved Heat Pipe Production Line and the Lunar Gravity-Driven Two-Phase Fluid Loop System, as applied in the Chang'e missions, and envisioned the potential of AI and 3D printing in future spacecraft thermal control.
Research on High-Strength Al-Mg-Sc Alloy Arc Additive Manufacturing Technology
.05
Professor Zhao Lin from Central Iron & Steel Research Institute discussed the application of arc additive manufacturing in aluminum alloys. Through cold metal transfer technology and parameter optimization, porosity was significantly reduced, and material properties were improved.
Yinglan Polymer New Material Intelligent Manufacturing Technology and Application Examples
.06
Professor Li Haoyi from Beijing University of Chemical Technology introduced melt differential electrostatic spinning, torsional lamination technology, and 3D intelligent replication technology, which have propelled advancements in polymer material processing.
Dialogue
During the high-end dialogue, experts unanimously agreed that intelligent manufacturing significantly enhances product quality and production efficiency, reducing reliance on manual skills. Intelligent testing technologies, such as the Production Line Libs Safety Detection Intelligent Robot, radiographic imaging, dynamic process imaging, and in-situ nondestructive testing, play a critical role in ensuring equipment safety and improving product quality. Particularly in new energy batteries and polymer material processing, intelligent manufacturing technologies have greatly improved precision and efficiency. Experts emphasized that promoting the development of intelligent manufacturing technology requires close collaboration among government, enterprises, universities, and research institutes to jointly foster technological innovation and industrial integration.
This conference served as a valuable platform for exchange in the field of intelligent manufacturing, providing useful insights for the transformation and upgrading of China's manufacturing industry. Moving forward, all parties are expected to continue deepening cooperation, jointly promoting the innovation and popularization of intelligent manufacturing technologies, and helping China secure a more prominent position in global manufacturing competition.
