Zhien Technology Products

CSIS recently published a study on China's robotics industry, starting with the automotive sector's "dark factory": Changan Automobile's digital smart factory boasts over 2,000 robots and autonomous driving transport systems, producing a new vehicle every 60 seconds, with production costs approximately 20% lower than traditional methods.

The "dark factory" symbolizes China's high level of automation, theoretically capable of operating without lighting or manual intervention. This factory is a microcosm—is China truly leading a robotics revolution?

01

What Robots Are Really Transforming Is "Manufacturing"

Over the past year, humanoid robots have attracted much attention, but the most significant economic impact still comes from industrial robots—standardized production tasks like welding, cutting, handling, and assembly.

China added 295,000 industrial robots in 2024, surpassing the combined total of all other countries globally. With 470 robots per 10,000 factory workers, China ranks second only to South Korea and Singapore.

For China's robotics industry, underlying demand is driven by the structure of the manufacturing sector.

◉Electronics industry robots grow at an annual average of 16%

◉ Automotive industry grows 13% annually◉ Food and beverage sector sees 86% YoY growth◉ Textile industry grows 29% YoY

In China's progress, automation has expanded from high-end manufacturing to traditional sectors. Initially, robotics served the "largest-scale, highest-margin" industries. As China's demographic dividend wanes, robots are increasingly entering "labor-intensive domains," reshaping global manufacturing divisions.

A decade ago, 75% of China's industrial robots relied on imports. Today, localization has reached 57%. Established firms like Estun and Siasun have long focused on industrial robots, while newer players like Unitree, Agibot, and UBTech innovate in form factors and AI-driven controls.

In automotive and electronics, domestic robots hold 31% and 59% market shares, respectively, facing competition from Japanese and European giants. But in food & beverage and textiles, domestic robots dominate with 80%-100% shares.

In "traditional automation markets," Chinese firms compete head-on with global giants; in "emerging application markets," they face little foreign competition, solidifying China's first-mover advantage.

China holds two-thirds of the world's valid robotics patents, exceeding 190,000. Humanoid robots attract capital and policy attention. By 2025, global sales are projected to hit ~16,000 units, mostly from Chinese firms.

But realism is essential:

◉Most demo scenarios still require remote operation

◉Physical AI (spatial reasoning, motion planning) remains immature

◉Cost and reliability issues await validation

Business logic doesn't necessarily support "general-purpose humanoid robots." Factory managers likely prefer affordable, specialized, reliable equipment. China's innovation may not manifest in "humanoid forms" but in more efficient specialized automation solutions.

02

Robotics Industry Driven by Policy and Market Dual Forces

China's robotics rise stems from both policy pushes and commercial foundations.

Policy layer:

◉ Robotics included in "Made in China 2025"◉ "Five-Year Plan for Robotics Industry (2021)"◉ "Robotics+ Action Plan (2023)"◉ Local subsidies (e.g., Guangzhou once offered 20% procurement subsidies)◉ National guidance fund plans $137B investment in AI and robotics by 2040

Subsidies, tax incentives, and government procurement create demand-supply incentives. Commercial success hinges on manufacturing ecosystems.

China possesses: complete motor and sensor supply chains, battery supply chains, large-scale manufacturing scenarios, cost advantages, strong AI R&D capabilities, and data accumulation.

Huawei, Xiaomi, and new automakers are developing humanoid robots; Alibaba operates AMR delivery systems; Meituan, CATL, and JD.com are deploying robots, leveraging vertical integration of software/hardware, application scenarios, and closed-loop data control. In embodied intelligence, data is the competitive moat.

▪ Manufacturing competitiveness further strengthened

Automation helps China maintain price advantages in high-value sectors like automotive and new energy. Economies of scale plus automation drive continuous price declines, pressuring developed economies.

Deeper impacts affect developing nations—if automation reduces reliance on low-cost labor, "labor cost advantages" may no longer be decisive. Global supply chains could reshuffle.

▪ Rising overseas dependence on Chinese robots

In 2024, China's industrial robot exports accounted for 16.7% globally, up sharply from 5.9% in 2020, with Southeast Asia and Europe as key markets. The question is: Will countries accept dependence on China for core automation technologies?

Conclusion

In terms of scale, policy support, supply chain ecosystems, data accumulation, and AI integration, China has indeed become a core force in the global robotics industry. China already leads in industrial automation scale and holds advantages in innovation investment and commercialization speed.