On August 12, 2025, the five-day World Robotics Conference is about to conclude successfully. Unlike previous years, this conference has introduced a new consumer scenario – the world’s first physical intelligent robot 4S store (ROBOT MALL) officially opened to the public.
With the official opening of the world’s first physical intelligent robot 4S store (ROBOT MALL) in Beijing Yizhuang, the humanoid robot industry has entered a new stage. This scenario not only marks the leap of humanoid robots from “technology demonstration” to “consumer application” but also reveals the maturity of the industry chain and the improvement of the ecosystem. This article will comprehensively analyze the evolution logic of the humanoid robot industry chain from four dimensions: technology, industry chain structure, core links, and future trends.
1. Technological Breakthrough: From “Industrial Assistant” to “Life Partner”
The rapid development of the humanoid robot industry is inseparable from breakthroughs in underlying technologies. The year 2025 is referred to by the industry as the “year of mass production for humanoid robots,” driven by collaborative innovations in artificial intelligence large models, precision manufacturing, and materials science:
AI-Driven Intelligent Upgrades
Embodied Intelligence has become the core competitiveness. Empowered by large models, robots possess capabilities such as environmental perception, language interaction, and autonomous decision-making. For example, Tesla’s Optimus can smoothly perform complex actions like grasping eggs and walking while avoiding obstacles, while Changmugu’s orthopedic surgical robot generates personalized surgical plans through AI.
The “brain” and “cerebellum” work in synergy: AI is responsible for global decision-making (such as path planning), while the motion control system (such as servo drives) ensures precise execution of actions, combining both to achieve human-like behavior.
Hardware Iteration: Balancing High Precision and Lightweight
Joint modules: Rotating joints (including frameless torque motors and harmonic reducers) and linear joints (screws and linear actuators) are core components. Tesla’s Optimus has 28 degrees of freedom, with joint costs accounting for 55%, of which frameless torque motors (accounting for 14.1%) have a very high technical barrier.
Sensing systems: 3D visual sensors (such as Orbbec), force/ tactile sensors, and inertial navigation systems constitute the robot’s “five senses.” For example, in the medical field, orthopedic surgical robots require sub-millimeter positioning accuracy.
Material innovation: The application of lightweight materials (such as carbon fiber and titanium alloys) and self-lubricating bearings (such as Changsheng bearings) significantly improves the movement efficiency and lifespan of robots.
2. Industry Chain Structure: Collaborative Evolution of Four Major Links
The humanoid robot industry chain can be divided into three major levels: upstream components, midstream body manufacturing, and downstream application scenarios, each exhibiting a high degree of specialized division of labor.
1. Upstream: Restructuring the Value Chain of Core Components
Sensing layer:
Visual sensors: Companies like Orbbec, Huawei, and Dahua provide 3D cameras and SLAM algorithms to support environmental modeling and obstacle avoidance.
Force/tactile sensors: Domestic manufacturers such as Keli Sensor and Hanwei Technology are accelerating the replacement of imports, with costs reduced by 60%-70% compared to international brands.
Decision layer:
AI chips and algorithms: Huawei Ascend and Cambricon’s MLU series provide computational support for robots; large models (such as Tongyi Qianwen) optimize task planning.
Execution layer:
Reducers: Nabtesco and Shuanghuan Drive dominate the mainstream market, with significant growth in demand for precision planetary reducers.
Servo systems: Domestic manufacturers like Megmeet and Inovance are approaching international levels in control precision.
Motors: Frameless torque motors are dominated by Kollmorgen and Wittenstein, but domestic manufacturers (such as Hechuan Technology) have achieved partial replacement.
2. Midstream: Industrial Breakthrough in Body Manufacturing
Leading manufacturers: Companies like UBTECH (Walker series), Yushu Technology (H1), Fourier (GR-1), and Xiaomi (CyberOne) are accelerating the mass production process. Tesla’s Optimus mass production plan further pressures the supply chain to mature.
Design and integration:
Modular design: By standardizing joint modules and dexterous hands, R&D costs are reduced. For example, the cost of dexterous hands accounts for about 15%, but domestic manufacturers (such as Future Robotics) have achieved a self-sufficiency rate of 50%.
Bionic structure: CITIC Heavy Industries’ intelligent operation robot adopts a bipedal design, solving the problem of working in narrow spaces and expanding the boundaries of industrial scenarios.
3. Downstream: Diversification of Application Scenarios
Industrial sector:
Manufacturing: MagicBot Gen-1 achieves 20 seconds/dual operation in glue dispensing scenarios, improving efficiency by 3 times.
Logistics and warehousing: The prevalence of robots in sorting and handling scenarios is expected to reach an industrial robot market size of 50 billion yuan by 2025.
Service sector:
Medical: Orthopedic surgical robots (Changmugu) and rehabilitation robots (Fourier) promote precision medicine.
Home services: Cleaning robots (Ecovacs) and elderly care robots (UBTECH) alleviate labor shortages.
Consumer scenarios:
Entertainment and education: Products like robot bands and bionic pets enter the consumer market through channels like ROBOT MALL.
Commercial services: Coffee shop latte art robots and shopping mall guide robots enhance service experiences.
3. Core Links: Coexistence of High Value and High Barriers
In the humanoid robot industry chain, high-precision components and core algorithms are the focus of profit and competition:
Sensors and Actuators:
Force sensors: The value proportion in Tesla’s Optimus is expected to rise from 10% in 2023 to 15% in 2030, becoming a key increment.
Dexterous hands: Priced around 5000-10000 yuan, domestic manufacturers reduce costs by integrating tactile feedback and flexible materials.
Motion Control Systems:
Servo drives: Controllers from Megmeet and Inovance now support multi-axis coordination, with response speeds reaching milliseconds.
AI Algorithm Platforms:
Large model training: Intelligent computing centers in Hangzhou, Hefei, and other locations provide computational support, lowering development thresholds.
4. Future Trends: From “Technological Competition” to “Ecosystem Building”
Accelerated Localization of the Industry Chain
China has formed three major industrial clusters: Beijing-Tianjin-Hebei, Yangtze River Delta, and Pearl River Delta, with the localization rate of core components exceeding 70%. For example, the chip industry in Wuhan and Changsha supports decision systems, while precision manufacturing in Guangdong and Jiangsu ensures the execution layer.
Explosive Growth of Consumer Scenarios
The opening of ROBOT MALL marks the extension of robots from B-end to C-end. In the future, household robots (cleaning, companionship) and educational robots (programming teaching) will become new growth points.
Dual Drive of Policy and Capital
Special policies in places like Hangzhou require strengthening computational infrastructure and core technology breakthroughs; institutions like CITIC Construction Investment Securities are optimistic about investment opportunities in sensors and vertical applications.
5. The “Golden Decade” of Humanoid Robots
In 2025, the humanoid robot industry is transitioning from “laboratory prototypes” to “mass production implementation.” With the popularization of consumer scenarios like 4S stores, the synergistic effects of the upstream and downstream of the industry chain will further amplify. From a technical perspective, the integration of AI large models and precision manufacturing will continue to break through performance bottlenecks; from a commercial perspective, China, with its complete supply chain and cost advantages, is expected to dominate in global competition. In the next decade, humanoid robots will not only be “tools of productivity” but will also become “intelligent partners” in human society.
The content of this article is for reference only and does not constitute investment advice! (25)