Humanoid robot industry chain matchmaking event held at 3rd CISCE

The Hubei Humanoid Robotics Industry Chain Matchmaking Conference was held on July 16 during the 3rd China International Supply Chain Expo (CISCE) in Beijing, with the theme "Synergizing Cutting-Edge Innovations, Empowering New Quality Productive Forces."

Yu Jianlong, vice chairman of the CCPIT, speaks at the Hubei Humanoid Robotics Industry Chain Matchmaking Conference during the 3rd CISCE in Beijing, July 16, 2025. [Photo courtesy of CISCE Organizing Committee]

The event gathered over 400 participants, including ambassadors to China, academic experts, industry leaders and senior financial executives. Through keynote speeches, presentations, project promotions, product launches and strategic cooperation signings, the conference comprehensively showcased Hubei province's advantages and potential in humanoid robot development. It facilitated precise connections across the industrial chain while injecting momentum into global humanoid robotics collaboration.

Yu Jianlong, vice chairman of the China Council for the Promotion of International Trade (CCPIT), stated at the event that as a pivotal hub where the Belt and Road Initiative intersects with the Yangtze River Economic Belt, Hubei boasts distinct geographical advantages, abundant sci-tech and educational resources, a robust innovation ecosystem and strong openness. In recent years, the province has demonstrated vigorous development momentum in humanoid robotics — from smart manufacturing to core component R&D, and from application scenarios to industrial ecosystem development.

"At this year's CISCE, Hubei established the exclusive humanoid robotics exhibition zone, featuring 22 provincial enterprises showcasing over 80 exhibits — including 20 fully-integrated humanoid robots — collectively demonstrating Hubei's complete industrial chain ecosystem for humanoid robotics," Yu noted.

He emphasized that the CCPIT will continue expanding its enterprise service network and international partnerships, working with Hubei to establish high-quality cooperation platforms for Chinese and foreign enterprises. This will help position Hubei's humanoid robotics industry as a standout brand in developing new quality productive forces.

Hu Zhonghai, director of the Hubei Sub-Council of the CCPIT, stated in his address that the humanoid robotics industry represents strategic high ground for developing new quality productive forces — serving as both a "barometer" for technological revolution and an "accelerator" for industrial upgrading. He emphasized Hubei's ideal environment for robotics innovation, with its unique geographic advantages, strong industrial ecosystem support and superior open policies.

The joint exhibition booth of Hubei humanoid robotics enterprises during the 3rd CISCE in Beijing, July 19, 2025. [Photo/China.org.cn]

He noted the province has prioritized eight major projects, including breakthroughs in humanoid robotics, with 325 Global Fortune 500 companies having now established operations in Hubei. The province is firmly implementing its humanoid robotics industry roadmap targeting initial progress within one year, visible results in three years, and substantial momentum in five years.

Li Zhengxiang, chairman of the Hubei Humanoid Robotics Innovation Center, stated that the center is currently one of China's largest and most scenario-rich innovation hubs for humanoid robotics. "Through a five-dimensional approach featuring platform leadership, industrial cluster development, financial support, talent empowerment and application scenario implementation, we will build a nationally influential ecosystem for the humanoid robotics industry," he said.

Zhao Xingwei, legal representative of JCBot and professor at the School of Mechanical Science and Engineering, Huazhong University of Science and Technology (HUST), explained that JCBot has achieved industrialization with technical support from the team of academicians at HUST. The company's products currently serve over 10 application fields, including industrial production, cultural tourism, emergency firefighting, inspection and warehousing. He emphasized JCBot will continue advancing R&D to expand into higher-value applications and support industrial upgrading.

During the new product launch session, Lou Kaiqi, deputy general manager of Hubei Optics Valley Dongzhi Embodied Intelligence Technology Co. Ltd., unveiled the company's new humanoid robot model. Lou explained that the robot has already been deployed in various applications including exhibition hall docent services, retail guidance, reception duties and commercial performances, with plans for future expansion into government services, industrial operations, elderly care and other sectors.

A humanoid robot waves to the audience at the Hubei Humanoid Robotics Industry Chain Matchmaking Conference during the 3rd CISCE in Beijing, July 16, 2025. [Photo courtesy of CISCE Organizing Committee]

Shao Renjie, deputy director of integration at Hubei Kofon Intelligent Transmission Co. Ltd., unveiled a new drive joint module for humanoid robots at the event. The module integrates core components including high-torque motors, reducers and controllers, featuring high power density, precision control and lightweight design to meet dexterous movement requirements for humanoid robots. Shao noted that the launch of this module helps fill critical gaps in Hubei's supply chain for humanoid robotics core components, strengthening local industrial self-sufficiency and control capabilities.

At the matchmaking conference, the Hubei Humanoid Robotics Industry Alliance signed strategic cooperation framework agreements with three partners: the Zhejiang Robot Industry Association, the National and Local Co-Built Humanoid Robotics Innovation Center, and the Zhongguancun Rongzhi Specialized Robotics Alliance. Under the agreements, the four parties will collaborate deeply on technology R&D, market expansion and talent exchange to build a stronger robotics ecosystem, enabling resource sharing and complementary advantages to collectively enhance competitiveness in humanoid robotics.