11月11日，2025年《财富》中国500强峰会隆重举行，来自全国各行业的领军企业齐聚，共话中国商业的创新与未来。因时机器人创始人、董事长兼CEO蔡 颖鹏先生受邀出席，并获颁2025年《财富》"中国40位40岁以下的商界精英"（40U40）奖项。 《财富》"中国40位40岁以下的商界精英"榜单，旨在寻找并表彰当下中国最新、最具活力和影响力的年轻领导者。当下，人形机器人产业发展如火如荼，作 为最符合新质生产力要求要素的典型代表，正迎来从上游零部件到下游应用的全面爆发时刻。而蔡颖鹏先生作为一个85后，带领着一只年轻的团队，在10年 前开始布局，用创新开辟出一个属于微型伺服电缸和灵巧手的全新领域，用坚持打磨技术和产品，成功走出独属于因时机器人的康庄大道。 "巧手"亮相 掌声质疑接踵而来 在全球机器人产业浪潮中，核心零部件曾是中国企业难以言说的"阿喀琉斯之踵"，但创始团队敏锐的察觉到巨大的挑战代表着巨大的机会，机器人发展的瓶 颈在"肌肉"和"巧手"！ 基于对机器人产业核心瓶颈的深刻洞察，因时机器人在2016年5月25日成立，而在此之前研发工作早已悄然进行，创始团队突破了微型直线传动系统和高性 能伺服控制系统的设计技术 ...

Core Insights - The article highlights the recognition of Cai Yingpeng, founder and CEO of Yinshi Robotics, at the 2025 Fortune China 40 Under 40 awards, emphasizing the company's innovative contributions to the humanoid robotics industry [1][3]. Industry Overview - The humanoid robotics industry is experiencing rapid growth, with significant advancements from upstream components to downstream applications, marking a pivotal moment for the sector [3]. - Yinshi Robotics has positioned itself as a leader in this field by developing micro servo cylinders and dexterous hands, which are essential components for robotic applications [3][9]. Technological Breakthroughs - Yinshi Robotics was established in 2016, focusing on overcoming the bottlenecks in robotics related to "muscle" and "dexterous hands," leading to the successful development of the first generation of micro servo cylinders and dexterous hands [5][7]. - The micro servo cylinder, a core component of robotics, integrates high-performance motors and control systems, enabling precise control in a compact form factor [11][13]. Market Performance - The company achieved significant milestones in commercialization, with the first mass-produced dexterous hand launched in 2020, filling a gap in the high-end dexterous operation market in China [7][18]. - By 2021, Yinshi Robotics had surpassed 500 customers and recorded its first million-level order, indicating a shift towards large-scale applications [18][21]. Future Prospects - Yinshi Robotics aims to enhance its dual-engine strategy by optimizing the performance and cost of its micro servo cylinders and dexterous hands, while expanding its global market presence [23]. - The company is set to increase its annual production capacity of micro servo cylinders to 100,000 units, with applications across various industries including robotics, new energy, semiconductors, and biomedical fields [16][21]. Conclusion - Yinshi Robotics exemplifies a successful journey from technological independence to commercial success, contributing to the rise of China's core component industry and its position in the global smart manufacturing landscape [25].

Core Viewpoint - The article discusses the rapid advancements and competitive landscape of dexterous hand technology within the embodied intelligence sector, highlighting key players and their innovative products in the field [1][63]. Group 1: Company Summaries - **Beijing Yinshi Robot Technology Co., Ltd.**: Founded in 2016, focuses on micro precision motion components and servo control technology, with products like micro servo cylinders and humanoid dexterous hands, excelling in miniaturization and precision control [1]. - **Shanghai Aoyi Information Technology Co., Ltd.**: Established in 2015, specializes in smart bionic prosthetics and rehabilitation systems, recently launching the second-generation dexterous hand ROH-AP001, which features high-density tactile sensors and lightweight design [1][2]. - **Paxini Perception Technology (Shenzhen) Co., Ltd.**: Founded in 2021, focuses on advanced tactile technology and humanoid robots, offering dexterous hands with extensive tactile sensing capabilities [1][9]. - **Zhejiang Qiang Brain Technology Co., Ltd.**: Established in 2015, aims to lead in non-invasive brain-computer interface technology, developing smart bionic hands that integrate with brain-computer interfaces for intuitive control [1][12]. - **Daimeng (Shenzhen) Robot Technology Co., Ltd.**: Founded in 2021, develops high-resolution tactile sensing dexterous hands, integrating AI and robotics for innovative solutions in various fields [1][13]. - **Lingxin Qiaoshou (Beijing) Technology Co., Ltd.**: Established in 2019, focuses on dexterous hands with high degrees of freedom, surpassing human capabilities in certain movements [1][19]. - **Zhejiang Lingqiao Intelligent Technology Co., Ltd.**: Founded in 2024, emphasizes dexterous operation technology, with flagship products featuring multiple degrees of freedom and advanced sensor integration [1][20]. - **Shenzhen Yihai Yuanshi Technology Co., Ltd.**: Established in 2021, focuses on brain-like intelligence and dexterous hand technology, providing innovative solutions for robotic dexterity [1][28]. - **Shenzhen Zhaowei Electromechanical Co., Ltd.**: Founded in 2001, offers micro drive systems, recently launching a new generation of bionic dexterous hands with significant upgrades [1][32]. - **Beijing Siling Robot Technology Co., Ltd.**: Established in 2018, leverages technology from the German Aerospace Center to innovate in robotic applications, focusing on lightweight robotic arms [1][35]. - **Zhongke Guiji (Nanjing) Robot Co., Ltd.**: Founded in 2024, specializes in general dexterous operation capabilities for robots, developing a series of products for various applications [1][54]. Group 2: Industry Trends - The article highlights the competitive landscape of the dexterous hand technology sector, indicating a surge in innovation and product development among numerous companies [1][63]. - The rapid technological advancements and the expansion of application scenarios suggest that the Chinese market for embodied intelligence components is entering a critical phase of competition [1][63].

Core Insights - The conference titled "Empowering New Energy, Driving the Future" focused on the transformation of scientific achievements and high-quality development in embodied intelligence, gathering over a hundred top young scientists and leaders from listed companies to discuss the future of intelligence [1] Group 1: Research Breakthroughs - The research led by Dong Huixu addresses industry pain points in unstructured environments such as factories, logistics, and homes, which are complex and dynamic [3] - Dong's team has made significant breakthroughs in dexterous hands, multi-modal perception, and embodied intelligence, which are crucial for robotic applications in these environments [3] Group 2: Applications of Dexterous Hands - The development of a single-motor six-degree-of-freedom hand has achieved seven times the load capacity of similar hands, enabling effective object recognition and grasping in logistics scenarios [5] - In agricultural applications, a flexible picking hand has been designed to harvest fruits in windy conditions, ensuring complete collection [5] - The team has also created a three-fingered dexterous hand for library applications, capable of complex grasping tasks with fewer fingers [5] - In traditional Chinese medicine, a massage robot hand has been developed to perform various massage techniques [5] - The team has innovated a variable stiffness hand for diverse everyday grasping tasks, addressing the need for versatility in object handling [5] - Multiple humanoid five-fingered dexterous hands have been developed for complex operations involving both flexible and rigid objects [5] Group 3: Multi-Modal Perception and Planning - Dong's team has developed a three-dimensional tactile sensor using light waveguides and visual-tactile methods, enhancing dexterous operations in dynamic scenes [7] - The integration of visual-tactile perception in robotic hands has overcome challenges in large-scale integration and object perception in three-dimensional dynamic environments [7] - The concept of "embodied cerebellum" has emerged, enabling high-precision assembly and optimized sequential grasping in constrained spaces through advanced learning networks [7] - The advancements in embodied intelligence are paving the way for practical applications in unstructured environments, indicating a clear path for future intelligent terminals [7]

Core Insights - The Guangdong Province is establishing itself as a leading hub for the artificial intelligence and robotics industry in China, with a focus on innovation and collaboration among local companies [1][15] - The newly formed Guangdong Artificial Intelligence and Robotics Industry Alliance aims to enhance resource integration and promote cooperation across the industry [15] Industry Overview - The Guangdong industrial robot production is projected to exceed 240,000 units in 2024, marking a year-on-year growth of 31.2%, maintaining its position as the largest producer in the country with a 44% market share [1][14] - The event showcased various innovative products and technologies from multiple robotics companies, highlighting the rapid advancements in the industry [1][2] Company Innovations - Companies like Zhongqing Robotics are focusing on high-precision sensors and intelligent control algorithms to enhance the capabilities of their robots, such as the PM series, which can perform dynamic movements [2][10] - Leju Robotics has developed the "Kua Fu," the first domestically produced humanoid robot capable of jumping and adapting to various terrains, achieving a 90% localization rate in key technologies [4][10] - Pashini Technology has introduced a 6D Hall array tactile sensor, significantly improving the tactile perception capabilities of robots, which is crucial for fine manipulation tasks [5][7] Market Trends - The demand for humanoid robots is expected to surge, with predictions indicating that by 2025, the global market for humanoid robots could reach 12,400 units, valued at approximately 6.339 billion yuan [10] - Companies are experiencing a surge in orders, with a significant portion coming from educational and research institutions, indicating a growing ecosystem for robotics applications [10][12] Collaborative Ecosystem - The establishment of the Guangdong Artificial Intelligence and Robotics Industry Alliance is seen as a strategic move to foster collaboration among companies, enhancing their competitive edge and facilitating innovation [15] - The synergy between various players in the robotics supply chain is crucial for the industry's growth, as highlighted by industry leaders emphasizing the importance of cooperative innovation [12][14]