“Made in Guangdong” Humanoid Robots Begin Global Mass Production; Yuejiang Technology Sets New Industry Benchmark For Intelligence

Jul 03, 2025 Leave a message

On June 30, Guangdong robotics company Yuejiang Technology held a global launch event in Nagoya, Japan, on June 27, officially kicking off mass production and delivery of the full-size humanoid robot Atom, while simultaneously introducing the industry's fastest 30kg high-payload collaborative robot CR 30H. This marks a significant leap for "Made in Guangdong" robots in the field of embodied intelligence, transitioning from technological research and development to global commercialization.

 

Made in Guangdong humanoid robots

 

As the world's first humanoid robot combining "dexterous manipulation + straight-knee walking" capabilities, Atom is equipped with the self-developed Neural Drive Dexterous Manipulation System (NDS), achieving ±0.05mm industrial-grade repeatability accuracy. It can perform precise tasks such as electronic welding and precision instrument calibration, and even stably pick up cherries. The concurrently launched CR 30H sets a new industry standard: under a 30kg load, joint speed reaches 300°/s, with single-unit efficiency improved by 20% compared to similar products, breaking the conventional perception that high-load equipment is "low-speed and low-efficiency."

 

At the launch event, Yuejiang Technology entered into a strategic partnership with Japanese major integrator ASKA Co., Ltd., establishing a one-stop service system covering solution design to after-sales support. Currently, the company has shipped over 80,000 units globally and serves over 80 Fortune 500 companies. Founder Liu Peichao stated, "The industrialization of human-robot collaboration is being transformed into real productive capacity through technological innovation." This breakthrough not only demonstrates the technological competitiveness of Chinese robotics companies but also propels global embodied intelligent robots into a new phase of mass production and application.