CHINA HUMANOID ROBOT ADVANCED MATERIAALS AND INTELLIGENT MANUFACTURING INDUSTRY SUMMIT 2026

2025 is hailed as the "first year of mass production" for humanoid robots, with shipments expected to exceed 20000 units and a market size of nearly 9 billion yuan. With the gradual improvement of the humanoid robot industry chain, its penetration rate in industrial and service scenarios continues to deepen. It is expected that the global demand for humanoid robots will reach 18 million units by 2035, and the market size will climb to 1.5 trillion yuan. The core material cost of the robot body accounts for over 60%. It can be seen that key materials play a crucial role in lightweight and functional robots.

From "skeleton" to "skin", humanoid robots have posed unprecedented multidimensional demands on materials. From structural strength, weight, wear and heat resistance, to flexible sensing, tactile feedback, etc., precise matching of material properties and functional requirements is required. Experts predict that by 2035, more than 20 new materials specifically developed for humanoid robots will emerge, among which the market size of biomimetic self-healing materials and intelligent composite materials may exceed 80 billion US dollars. How material companies can seize the new opportunities brought by humanoid robots is becoming a focus of attention in the industry.

In this context, the research on humanoid robot insights, embodied intelligence online, and Caihui intelligent manufacturing will jointly organize the "2026 China Humanoid Robot Advanced Materials and Intelligent Manufacturing Industry Summit" in Shenzhen, China from March 18-20, 2026. The event will invite more than 500 representatives from leading companies in the upstream and downstream industry chain of humanoid robots and related industries to participate in the conference. Through various forms such as keynote speeches, questioning exchanges, and product displays, they will exchange and share their experiences.The R&D team of LYRIN Company will participate in this summit and explore new materials for humanoid robots.