The Shenzhen International Automotive Manufacturing Equipment and Industrial Assembly Technology Exhibition (AMTS) is the most influential one-stop automotive engineering platform in the Asia-Pacific region. Keeping pace with industry development and market demand, it focuses more on future automotive development sectors, focusing on intelligent networking, lightweight vehicle structures, AR/VR, informatization, digital production, and other high-tech fields. (The content of this article belongs to Juzhan, unauthorized reproduction is prohibited)

Global energy and environmental issues are becoming increasingly prominent, and under the dual pressure of national requirements for energy conservation and emission reduction and low-carbon, automotive lightweighting has become an urgent need for current automotive enterprises. The application of lightweight materials is the most direct and effective way to achieve automotive lightweighting. The mixed body structure using multiple materials will be the trend of lightweight vehicle body development. For the manufacturing process of new material bodies, the Shenzhen International Automotive Manufacturing Equipment and Industrial Assembly Technology Exhibition (AMTS) focuses on showcasing innovative technologies and applications of aluminum, aluminum alloy, magnesium alloy, etc., in the automotive engineering field, as well as the application of composite materials represented by carbon fiber in the future automotive industry chain and process solutions.

The Shenzhen International Automotive Manufacturing Equipment and Industrial Assembly Technology Exhibition (AMTS) will focus on the development of smart logistics and smart assembly technology, demonstrating assembly integration solutions, robot workstations, and intelligent robot assembly lines in the automotive manufacturing sector; transportation, storage, palletizing, sorting, identification systems, creating a smart factory.

With the advancement of technology and people's increasing demands for automotive performance, appearance, and even personalization, traditional whole vehicle assembly technology can no longer meet the development of the automotive industry at this stage. Rapid development of smart assembly technology, effectively improving assembly processes is imperative. At the same time, smart logistics, as a key breakthrough in the construction of smart factories, is increasingly valued by enterprises for the automation and intelligence of workshop logistics, especially applications such as automated high-bay warehouses, smart fixtures, AGVs, etc.