On January 26, 2026, the 2026 South Shanghai Technology Innovation Conference themed "Gathering Technological Innovation to Lead the Future" grandly kicked off at the South Shanghai Science and Technology Innovation Center in Fengxian District. Focusing on the deep integration of technological innovation and industrial development, the conference gathered over 300 guests from government, industry, academia, research, and finance sectors to explore opportunities and seek common development. A highlight of the event was the official signing ceremony between Shanghai Ruang Ultrasonic Equipment Co., Ltd. and Shanghai Jiao Tong University (SJTU) for the "Research and Development Project of Intelligent Control Technology for Ultrasonic Vibrating Screens Based on Adaptive Parameter Regulation," marking a new phase of industry-academia-research collaborative innovation in China's precision screening field.
Government-Industry-Academia Linkage: Setting a New Benchmark for Innovative Cooperation
This signing is a key implementation of Fengxian District's "Top-Tier Talent Recruitment" cooperation project, strongly supported by the district Party committee and government. As a leading technological enterprise in the region, Shanghai Ru'ang has long been engaged in the ultrasonic screening equipment sector. The collaboration with SJTU is not only a natural choice for complementary advantages but also demonstrates Fengxian District's firm commitment to promoting in-depth industry-academia-research integration. During the 14th Five-Year Plan period, Fengxian District has cultivated 5,667 technology-based small and medium-sized enterprises and 2,012 high-tech enterprises, with the revenue of above-scale science and technology service industry doubling. This favorable innovation ecosystem provides fertile ground for university-enterprise cooperation.
Notably, SJTU was officially appointed as an "Ecosystem Partner of the South Shanghai Science and Technology Innovation Center" at the conference. Its profound scientific research accumulation in intelligent manufacturing and control engineering will form a strong synergy with Ruang Technology's industrial application capabilities, laying a solid foundation for the project's R&D.
Core Technological Breakthrough: Addressing Long-Standing Industry Pain Points
The adaptive parameter regulation technology developed through this cooperation represents the cutting-edge level in the global screening equipment control field. Based on advanced adaptive algorithms, the technology can real-time monitor the vibration status of the screen mesh via built-in sensors and automatically match the optimal frequency and amplitude within milliseconds. Even if material properties or environmental parameters change, it ensures the screening efficiency remains at the optimal state.
For a long time, traditional screening equipment has been plagued by issues such as material clogging, screen damage, high energy consumption, and frequent maintenance, which seriously restrict industry development. Among these, on-line monitoring of screen damage has been a persistent technical challenge. The joint R&D by Ruang Technology and SJTU will focus on overcoming this core pain point. Through intelligent monitoring and dynamic regulation technology, it will fundamentally improve equipment stability and service life, bringing revolutionary solutions to the industry.
Empowering Multi-Industry Upgrade: Pioneering a New Era of Smart Screening
As a key technological breakthrough in the precision screening field, the project will be widely applied in food, pharmaceutical, metallurgy, chemical, new energy, and other industries after its implementation, providing enterprises with more efficient, energy-saving, and intelligent screening solutions. Leveraging SJTU's academic resources and Ru'ang Technology's industrial experience, this core technology will rapidly achieve large-scale production, accelerating the transformation of China's screening equipment from "traditional manufacturing" to "smart manufacturing."
The VP from Shanghai Ruang stated that this cooperation is not only a joint effort in technological research but also a vivid practice of the industry-academia-research collaborative innovation model in the field of intelligent manufacturing. In the future, both parties will continue to deepen cooperation, drive industry upgrading through technological innovation, provide more competitive intelligent screening equipment and services for global customers, and contribute to building a collaborative and symbiotic industrial innovation ecosystem.
