- AgiBot’s G2 robots complete each operation cycle in 18–20 seconds, processing around 310 units per hour with a success rate above 98.5%.
- China holds over 90% of global humanoid robot sales and operates 150+ robotics firms, vastly outpacing the roughly 20 active in the United States.
- A dedicated humanoid robot manufacturing line in Foshan, capable of producing 10,000 units annually, began operations in late March 2026.
On April 15, 2026, China became the first country in the world to deploy humanoid robots on assembly lines for routine production, marking a significant milestone in industrial automation.
According to CGTN, four humanoid robots developed by AgiBot, a Shanghai-based robotics company, began working alongside human employees at a smart device factory in Nanchang, Jiangxi Province, handling precision tasks on mass-production lines.
The deployment represents a major advancement in China’s embodied AI sector, with investment in the first quarter of 2026 already exceeding half of the total for all of 2025. As reported by China.org.cn, the G2 model robots are performing material picking and precision placement tasks, processing approximately 310 units per hour with an overall success rate exceeding 98.5%.
Inside AgiBot’s Factory Deployment: Technical Capabilities
The AgiBot G2 humanoid robots complete each operation cycle in 18 to 20 seconds, demonstrating capabilities that rival traditional industrial robotic arms without requiring specialized tooling. According to the State Council Information Office, the robots can be quickly reconfigured for different products and workstations, offering manufacturers unprecedented flexibility in adapting production lines. The fully closed-loop system operates alongside conventional assembly infrastructure, handling repetitive tasks that typically cause worker fatigue while reducing safety risks in hazardous conditions.
Yao Maoqing, Partner and President of Embodied Business Unit at AgiBot, emphasized that the deployment aims to enable workforce transition rather than replace human workers entirely. The technology is designed to minimize worker exposure to dangerous environments while allowing employees to shift toward higher-value, lower-risk roles that require human oversight and decision-making capabilities.
Now, one has to wonder how Tesla’s Elon Musk is reacting to headlines about Chinese factories already putting humanoid robots to work while his Optimus remains in demonstration phase. Rest of World recently reported that Musk recently acknowledged Chinese firms as his primary competition, though Optimus robots won’t be ready for launch until at least 2027. Perhaps the phrase “move fast and break things” needs an update when your competition is shipping production units while you’re still showcasing prototypes at trade shows.
China’s Humanoid Robot Race Against Tesla and Global Competitors
Chinese companies now dominate the humanoid robot market, capturing over 90% of global sales with thousands of units shipped last year. According to Rest of World, China has over 150 robotics companies actively developing humanoid robots, compared to roughly 20 in the United States, giving the country a significant advantage in manufacturing scale and deployment experience. The combination of strong policy support through initiatives like “Made in China 2025” and robust demand from state-owned enterprises has created a catalyst for adoption that remains absent in other markets.
Lian Jye Su, an analyst at Omdia, noted that while Tesla is “a champion” in humanoid robotics with one of the earliest demonstrations from a private company, the question is no longer whether Optimus can be made available but rather the scale of deployment. China’s first automated humanoid robot manufacturing line with an annual capacity of 10,000 units went into operation in Foshan on March 29, 2026, capable of producing one robot every 30 minutes.
Meanwhile, somewhere in California, automotive engineers are reportedly asking why their company’s robot is still dancing at CES while Chinese factories are running shift changes with their humanoid workers. Tesla showcased its Optimus robot at the 2026 Appliance and Electronics World Expo in Shanghai in March, highlighting the company’s ambitions in the market. The gap between lab demonstrations and real-world deployment continues to narrow, and the factories that master this transition first will likely set the standards for an industry that analysts describe as a “loss-making business” currently, similar to the early days of artificial intelligence before commercial viability became clear.
