Shanghai International Exhibition on Automotive Manufacturing Technology, Equipment and MaterialsAMTS

The Shanghai International Automobile Manufacturing Technology, Equipment & Materials Exhibition (AMTS) was first held in 2004 and has since become a globally recognized industry flagship event and a premier platform for showcasing cutting-edge technologies and products in the automotive engineering sector.

As the global automotive manufacturing industry enters a profound transformation phase characterized by the integration of technology, industry, and ecology, driven by electrification, intelligentization, lightweighting, and carbon neutrality goals, the automotive value chain is undergoing rapid restructuring, generating an urgent demand for innovative technologies, sustainable materials, and highly efficient manufacturing solutions.

As a specialized event dedicated to automotive technology and engineering, AMTS covers every stage of vehicle R&D, design, and manufacturing, providing domestic and international professionals involved in vehicle and component design, development, and production with a one-stop exchange platform. The “AMTS Future Automotive Development Pavilion” focuses on forward-looking areas such as complete vehicle R&D, product development, engineering and design, vehicle testing and validation, materials and lightweighting, intelligent driving, automotive electronics, new energy three-electric systems, and concurrent engineering, offering a comprehensive overview of future automotive technologies.

Newly introduced interactive workshops—“Workshop Tech Lab”—and a dedicated showcase area for innovative integrated solutions in advanced body-in-white manufacturing—the “Digital-Intelligent Body Engineering Innovation Stage”—provide a one-stop presentation of emerging manufacturing technologies and solutions. Meanwhile, A+ Connect business matchmaking facilitates efficient technical exchanges and precise commercial connections, fostering a mutually beneficial ecosystem that helps reduce costs and boost efficiency…