Research on the Integration of Electronic Communication Technology in Intelligent Electromechanical Manufacturing
Li JingSi
Heilongjiang Technician College, Heilongjiang Jixi 158100；
Abstract: Against the backdrop of rapid development in the manufacturing industry, intelligent manufacturing has emerged as a pivotal force driving industrial upgrading. As a crucial component of intelligent manufacturing, electromechanical intelligent manufacturing aims to achieve automated and intelligent production of electromechanical systems. Meanwhile, electronic communication technology provides robust support for efficient data transmission and collaborative operations among equipment. Integrating electronic communication technology into electromechanical intelligent manufacturing can significantly enhance production efficiency, optimize workflows, and reduce costs. Through electronic communication technology, real-time information exchange and sharing between electromechanical devices can be realized, enabling better responses to complex and dynamic production demands. Therefore, research on the integration of electronic communication technology in electromechanical intelligent manufacturing holds substantial practical significance.
Keywords: electronic communication technology; electromechanical intelligent manufacturing; integration research; information exchange
References
[1] Cong Miaomiao, Ma Haohao, Feng Yanwei. Research on Homo sapiens Integration and Automation Technology in Intelligent Manufacturing Systems[J]. Equipment Manufacturing Technology, 2024, (05): 157-160.
[2] Prunus salicina Steel, Sun Xiaoxiao. Project-Based Engineering Practice Training for Mechanical Professional Degree Masters Based on Intelligent Manufacturing System Integration Platform[J]. China Metallurgical Education, 2024, (05): 59-63.
[3] Song Ling. Design and Innovative Application of Integrated Auxiliary Systems for Welding Operation and Maintenance in Mechanical Manufacturing Under the Background of Intelligent Manufacturing[J]. Papermaking Equipment & Materials, 2025, 54(01): 69-71.
