The "Humanoid Robotics Innovation Materials and Efficient Drive Systems Industry Summit" was successfully held at the Crowne Plaza Shanghai Noah Square from October 30 to 31. Co-hosted by the Shanghai Robotics Industry Technology Institute, Kexunkexun (Shanghai) Technology Services Co., Ltd., Motor New Materials Platform, Robotics New Materials Platform, and Shanghai Caihui Information Technology Co., Ltd., the event was supported by the Shanghai Dianji University, Dongguan Magnetic Materials Industry Association, and Guangdong Magnetic Components Industry Association.

The two-day summit focused on two core themes: "Innovative Materials" and "Drive Systems." It brought together authoritative guests from research institutions, material enterprises, motor and robotics manufacturers to discuss key technological advancements and future trends in the humanoid robotics industry.

**Innovative Materials Session: Empowering the Embodied Intelligence Era** The session kicked off with an opening speech by Chen Chao, General Manager of the Shanghai International Technology Exchange Market, who highlighted the integration of materials science and intelligent manufacturing as a key driver for breakthroughs in humanoid robotics.

Zhu Xing, COO of the National-Local Joint Humanoid Robotics Innovation Center, delivered a keynote speech titled "Data-Closed-Loop-Driven Evolution of Embodied Intelligence Systems," emphasizing the importance of the "data-algorithm-execution" loop in advancing robotic intelligence.

Wang Zhuo, Principal Researcher at Baowu Magnesium Technology Co., Ltd., discussed the application of magnesium alloys in lightweight robotics, citing their superior strength-to-weight ratio and processability as cost-effective solutions for joint actuators and skeletal structures.

Li Ming, Head of Crafts Management at Ningbo Jintian New Materials Co., Ltd., explored advancements in electromagnetic wires for motor windings, noting breakthroughs in flat and ultra-fine wires that enhance energy efficiency and dynamic response in humanoid robot joints.

Zhang Meikui, Deputy General Manager of Kepler Robotics, showcased industrial applications of humanoid robots, highlighting their role in flexible operations within smart factories.

Feng Minwei, Market Manager for Robotics at Covestro’s Engineering Plastics Division, emphasized material innovations in high-strength, flame-retardant, and sustainable plastics to improve robot lightweighting, safety, and longevity.

Zhang Wenqiang, Deputy Director of Fudan University’s Intelligent Robotics Institute, presented on embodied intelligence, discussing cognitive and adaptive mechanisms and the role of biomimetic neural networks in robotic learning.

**Drive Systems Session: Reshaping the Power of Humanoids** Li Quanfeng, Director of Shanghai Dianji University’s New Motor R&D Lab, opened the session with insights into the miniaturization, high-power density, and reliability trends of joint motors, predicting a future of "flattened, modular, and intelligent" designs.

Li Huxiu, Drive Control Lead at Yiyou Technology, shared experiences in balancing mass production and precision control for robotic joint modules.

Qu Yihan, Product Manager at Shanghai Pangu Power Technology Co., Ltd., highlighted the advantages of axial flux motors in high-torque-density and space-efficient applications.

Zeng Jun, R&D Lead at Shiziyang Super Materials (Guangzhou), introduced "super copper" graphene composites for superior thermal and high-frequency performance.

Chen Liang, Chairman of Jinkun New Materials, analyzed design strategies for rare-earth permanent magnets in compact, high-efficiency motors.

Pan Feng, VP of Shanghai Zhikepai Robotics, showcased advancements in multimodal interactive companion robots, focusing on embodied intelligence and emotional computing algorithms.

**Exhibition Highlights** The summit featured an exhibition with 13 companies, including 3M China, BMLink Investment (China), Ningbo Jintian Copper Group, Covestro (Shanghai), and Shanghai Pangu Power Technology, showcasing innovations in adhesives, conductive materials, and drive systems.

Attendees agreed that future breakthroughs in humanoid robotics will center on high-performance magnetic materials, advanced motors, flexible transmission, intelligent sensing, and sustainable materials. The summit provided a platform for cross-industry collaboration, fostering innovation and sustainable development in the sector.