The 2026 Guangzhou International Intelligent Robot Exhibition (IRE), co-organized by Deutsche Messe AG and the Guangdong Robot Association, will be held in Guangzhou in 2026. Rooted in the world-class robot industry cluster of the Guangdong-Hong Kong-Macao Greater Bay Area, the exhibition aims to create a professional and international robot industry event. As a series exhibition of the Hannover Messe, the world's largest industrial fair, IRE leverages the vast domestic and international networks and industry resources of its organizers to showcase cutting-edge technological achievements across the entire global robot industry chain, from components and complete machines to application scenarios. The event will concurrently host high-level international conferences such as the Global Intelligent Robot Development Conference 2026, focusing on key technologies and development strategies for future intelligent robots, providing a platform for exchange and cooperation among industry leaders, experts, and enterprises. As the world's largest robot application market, Guangdong possesses a complete industry chain covering R&D, manufacturing, sales, and service, driven by strong government support and market demand. The Greater Bay Area, as the only region simultaneously bringing together mechatronics and artificial intelligence technologies, offers unique advantages for technological integration in robot development. Deutsche Messe brings the professional operational model and global resources of a top-tier international exhibition, while the Guangdong Robot Association, as an authoritative industry organization, deeply connects the seven-in-one ecosystem of government, industry, academia, research, trade, finance, and media. Together, they respond to the growth of China's robot industry scale during the 15th Five-Year Plan period and the深入推进 of the Robot+ strategy, promoting the widespread application of robot technology across various scenarios and driving industrial upgrading and the development of new quality productive forces.