Produced by Zhineng Technology

The Center for Strategic and International Studies (CSIS) recently released a study focusing on China's robotics industry, highlighting the 'dark factory' concept within the automotive sector. The Digital Intelligence Factory of Changan Automobile exemplifies this trend, boasting over 2,000 robots and autonomous transport systems. It produces a new vehicle every 60 seconds, reducing production costs by about 20% compared to traditional methods.

The 'dark factory' epitomizes China's advanced automation level, theoretically capable of operating without lighting or human intervention. This factory is a microcosm of a broader trend. Is China genuinely leading a robot revolution?

01

Robots are Revolutionizing 'Manufacturing'

Over the past year, humanoid robots have garnered significant attention. However, the most substantial economic impact still stems from industrial robots, which are employed in standardized production processes such as welding, cutting, handling, and assembly.

In 2024, China introduced 295,000 new industrial robots, surpassing the combined total of new robots in all other countries globally. For every 10,000 factory workers, there are 470 robots, ranking second only to South Korea and Singapore.

The underlying demand for Chinese robots is driven by the structure of the manufacturing industry.

● The electronics industry experiences an average annual growth of 16% in robot applications.
● The automotive industry grows by 13% annually.
● The food and beverage industry witnesses a year-on-year growth of up to 86%.
● The textile industry grows by 29% year-on-year.

As China progresses, automation has expanded from high-end manufacturing to traditional industries. Initially, robots served the 'largest and most profitable' sectors. However, as China's demographic dividend diminishes, robots are now entering 'labor-intensive' fields, significantly impacting the global manufacturing division of labor.

A decade ago, approximately 75% of China's industrial robots were imported. Today, the localization rate has reached 57%. Leading companies like Estun and Siasun have long been deeply involved in the industrial robot sector, while newer entrants such as Unitree, Agibot, and UBTech focus on morphological innovation and AI-driven control.

In the automotive and electronics sectors, domestic robots account for 31% and 59%, respectively, still facing competition from Japanese and European giants. However, in the food and beverage and textile industries, domestic robots dominate the market, comprising 80%-100%.

In the 'established automation market,' Chinese companies compete directly with international giants; in 'emerging application markets,' they encounter minimal foreign competition. China's first-mover advantage is taking shape.

China holds about two-thirds of the world's effective robot patents, exceeding 190,000. Humanoid robots have attracted capital and policy attention. It is estimated that by 2025, approximately 16,000 humanoid robots will be sold globally, with the majority originating from Chinese companies.

However, a rational perspective is essential:
● Most demonstration scenarios still require remote operation.
● Physical AI (spatial reasoning, motion planning) is not yet fully developed.
● Cost and reliability issues remain to be validated.

The commercial logic may not support 'general-purpose humanoid robots.' Factory managers are more inclined to choose inexpensive, specialized, and reliable equipment. Chinese innovation may not ultimately manifest in 'human-like forms' but rather in more efficient specialized automation solutions.

02

The Robotics Industry is Driven by Both Policy and Market Forces

The rise of China's robotics industry is propelled by both policy support and a conducive business environment.

Policy-wise:
● Robots are included in 'Made in China 2025.'
● The '2021 Five-Year Plan for the Robotics Industry.'
● The '2023 Robot+ Action Plan.'
● Local subsidy policies (e.g., Guangzhou once offered a 20% procurement subsidy).
● The national guidance fund plans to invest $137 billion over 20 years to support AI and robotics.

These measures create incentives on both the demand and supply sides through subsidies, tax breaks, and government procurement. Commercially, the success of the manufacturing ecosystem truly determines outcomes.

China possesses:
● A complete supply chain for motors, sensors, and batteries.
● Large-scale manufacturing scenarios.
● Cost advantages.
● Strong AI R&D capabilities and data accumulation advantages.

Huawei, Xiaomi, and many new automotive players are developing humanoid robots; Alibaba operates AMR delivery systems; Meituan, CATL, and JD are all deploying robots. Their advantage lies in vertical integration: hardware, software, application scenarios, and data loops are all controlled in-house. In the era of embodied AI, data is the competitive barrier.

● Manufacturing Competitiveness is Further Strengthened

Automation helps China maintain a price advantage in high-value-added sectors such as automotive and new energy. Economies of scale, combined with automation, continue to drive prices down, posing direct competitive pressure on developed economies.

More profoundly, it affects developing countries—if automation reduces reliance on low-cost labor, 'labor cost advantages' will no longer be decisive. Global supply chains may undergo a reshuffle.

● Overseas Dependence on Chinese Robots is Rising

In 2024, China's industrial robot exports accounted for 16.7% of the global market, up significantly from 5.9% in 2020. Southeast Asia and Europe have become the main markets. The future question is whether countries are willing to rely on China for automation core technologies.

Summary

From the perspectives of scale, policy support, supply chain ecosystem, data accumulation, and AI integration capabilities, China has indeed emerged as one of the core global players in the robotics industry. China already leads in industrial automation scale and excels in innovation investment and commercialization speed.