【DT新材料】 获悉，2月25日， 因时机器人 近期已完成 C1及C2两轮融资， 合计融资金额 数亿元人民币，参与企业包括中国移动链长基金、深创投、博原 资本、达晨财智、春华资本、TCL创投等。 资料显示， 因时机器人 成立于2016年，创始人 蔡颖鹏。公司已完成灵巧手软硬件全栈技术积累，针对微型化的电机、行星滚柱丝杠、减速器、传感器、 腱绳驱动、直驱等核心上游零部件实现自研自产，已形成多系列灵巧手产品，覆盖高、中、低多自由度规格，适配多元下游应用场景。 去年12月，因时机器人发布了新一代RH5DG2系列（G2系列）高自由度灵巧手，具有13个主动自由度、18个可运动关节，整手宽度仅95mm、重量约 990g，可实现20N指尖抓握力，单指被动载荷达8kg、整手被动载荷达30kg。 2025年，供公司灵巧手全年交付量突破10000台，客户有 宇树、智元、银河通用 等众多中国人形机器人企业，以及多家海外知名机器人公司。另外，其 微型伺服电缸的年产能达到十万台，应用于机器人、新能源、半导体、3C电子及生物医疗等领域。 /扫码加入行业交流群/ 机器人、无人机、eVTOL、商业航天.....等产业同行❤️↓ 更多关于 未 ...

以上内容为证券之星据公开信息整理，由AI算法生成（网信算备310104345710301240019号），不构成 投资建议。 证券之星消息，根据天眼查APP于2月24日公布的信息整理，北京因时机器人科技有限公司C+轮融资， 融资额数亿人民币，参与投资的机构包括北京市人工智能产业投资基金，启明创投，博原资本，春华资 本，北京金财基金，TCL创投。 因时机器人创立于2016年，是一家专注于微型精密运动部件研发制造和伺服控制技术突破创新的专精特 新企业。典型产品包括微型伺服电缸和灵巧手，在微小型、高精度和力控技术等方面具有独特优势，产 品被广泛应用于机器人及其他机械设备的运动执行部位。因时机器人旗下几十款产品，均实现所有关键 元器件完全自主研发制造，尤其在机器人行业、精密制造业、生物医疗（医美）器械及教育科研领域， 具有极高的应用价值。 数据来源：天眼查APP ...

在灵巧手赛道从冷门走向狂热、从概念炒作回归理性落地的当下，因时机器人的十年路径，或许能够为行业提供一些值得思考的参照。 01. 灵巧手赛道的十年冷热变迁 2026年农历新春，因时机器人的灵巧手登上央视春晚舞台，成为首个在春晚节目中亮相的中国自研机器人灵巧手。 不久前，这家企业宣布2025年灵巧手产品交付 量突破10000台。 这两则消息在机器人行业内引起关注，不是因为它创造了惊人的融资纪录，也不是因为它喊出了颠覆性的口号，而是因为这两件事恰好落在同一个时间节点，落在 同一家企业身上。 春晚舞台意味着大众层面的认可，万台交付则代表着产业层面的验证。两者叠加，让因时机器人这家成立十年、始终专注于灵巧手领域的企业，成为中国机器人核 心部件发展进程的一个典型缩影。 2016年因时机器人成立时，灵巧手在国内几乎是空白领域。彼时，工业机器人本体是资本和政策聚焦的中心，服务机器人刚刚起步，人形机器人更多停留在高校实 验室的概念验证阶段。作为机器人末端执行器，灵巧手的技术复杂度高、应用场景有限、商业回报周期长，鲜有企业愿意涉足。 因时机器人的创始团队选择了这条冷板凳。从微型伺服电缸这一核心零部件入手，逐步构建灵巧手的完整技术 ...

Group 1 - The core point of the article is that Beijing Yinshi Robot Technology Co., Ltd. has undergone a business change, adding new shareholders including China Mobile's Beijing Zhongyi Digital New Economy Industry Fund Partnership and Beijing Artificial Intelligence Industry Investment Fund [1] - Yinshi Robot was established in 2016 and its business scope includes basic software services, application software services, and computer system services [1] - The company focuses on the research and development of micro-precision motion components and breakthroughs in servo control technology, with typical products including micro servo cylinders and dexterous robotic hands [1]

Core Insights - The sixth China Robot Industry Annual Conference was held in Hangzhou, gathering over 2,000 industry experts and entrepreneurs to discuss the future of robotics technology and business [1] - The focus of this report is on the insights shared by Cai Yingpeng, CEO of Yinshi Robotics, regarding the challenges and solutions in the industrialization of dexterous hands [3][4] Group 1: Challenges in Dexterous Hand Development - Cai Yingpeng highlighted that dexterous hands represent the "last centimeter" of value realization in humanoid robots, which is also the most challenging aspect for mass production [3][7] - The industry faces a "cost, performance, and reliability" triangle, where achieving success in industrialization requires addressing these interrelated challenges [7] - The cost considerations extend beyond manufacturing to include usage and maintenance costs, emphasizing the need for modular designs that allow users to easily replace and upgrade components [7][8] Group 2: Modular Design Solutions - Yinshi Robotics has adopted a unique approach since its establishment in 2016, focusing on a universal modular design that integrates the micro servo cylinder as a standardized "bionic muscle" module [8][10] - This modular design allows for compatibility with various technical routes, enabling the development of dexterous hands that can achieve high load capacity and precision for industrial applications [10][11] - The design simplifies the processes of design, manufacturing, and maintenance, improving cost-effectiveness and reliability [11] Group 3: Innovations in Sensor Technology - The design philosophy extends to sensor technology, where tactile sensors are created as easily replaceable standard modules, addressing power supply, communication, and environmental protection issues [12] - A fusion of tactile and force sensors is employed to achieve adaptive force control across a range of tasks, from precision assembly to heavy object handling [12] Group 4: Market Validation and Growth - The micro servo cylinder has applications beyond robotics, including in high-end manufacturing and medical robotics, which validates its mass production and quality control in more demanding markets [14] - Yinshi Robotics has seen accelerated growth in delivery volumes, with a cumulative delivery of 1,000 units from 2016 to 2023, and projections of 2,000 units in 2024 and over 10,000 units in 2025 [14] - The company serves over 700 clients across various sectors, including education, industry, commerce, and healthcare, demonstrating the effectiveness of its modular approach [14][18]

Core Insights - Tesla's production plan for the Optimus humanoid robot has been delayed again, primarily due to challenges with the robot's dexterous hand, which is considered a critical component in the robotics industry [2] - The dexterous hand is a high-degree-of-freedom robotic end effector that simulates human hand functions, facing issues such as high costs, fragility, and engineering difficulties [2] - In the context of the robotics industry, the company Yinshi Robotics, founded by Cai Yingpeng, has positioned itself as a leading manufacturer of dexterous hands and micro servo actuators, with significant sales growth expected by 2025 [3][4] Company Overview - Yinshi Robotics was established in 2016, focusing on micro servo actuators and dexterous hands, and has seen its sales of dexterous hands projected to reach 10,000 units by the end of 2025, five times the total shipments in 2024 [2][3] - The company has expanded its applications in various fields, including biomedical, automation, 3C manufacturing, semiconductors, new energy, and scientific education [3] - Yinshi Robotics claims to be the first domestic manufacturer to commercialize dexterous hands and currently leads the industry in terms of shipment volume [4] Challenges and Development - The founder, Cai Yingpeng, faced significant challenges in the early stages, including limited manufacturing capabilities and high production costs, which initially restricted the company's growth [10][18] - The company underwent a transformation in 2016, shifting its focus to the robotics components sector, particularly micro servo actuators, to address the limitations in available solutions for robotic components [12][11] - Despite initial struggles with commercialization and low sales, Yinshi Robotics began to see a turnaround in 2019 with new funding and support from government projects, allowing for accelerated product development and market entry [20][21] Financial Growth and Market Position - Since 2020, Yinshi Robotics has achieved mass production of its products, leading to revenue growth and profitability, with significant investments from various capital firms to support expansion [22][24] - The company has diversified its applications and reduced reliance on single large clients or industries, exploring new potential markets in advanced manufacturing sectors such as lithium batteries, 3C, semiconductors, and drones [23][22] - The dexterous hand business has seen rapid growth, with projections indicating that it will account for over half of the company's revenue by 2025 [25] Competitive Landscape - The market for dexterous hands is becoming increasingly competitive, with numerous companies entering the space, leading to a surge in investment and innovation [25] - Yinshi Robotics emphasizes its competitive advantage through its self-developed core components and modular product design, which enhances production efficiency and customer collaboration [26][28] - The company aims to establish itself as a long-term player in the industry, focusing on continuous product iteration and customer feedback to drive improvements [28]

Core Insights - The 2025 Fortune China 40 Under 40 award was presented to Cai Yingpeng, founder and CEO of Yinshi Robotics, highlighting the recognition of young leaders in China's business landscape [1][3] - The humanoid robotics industry is experiencing rapid growth, with Yinshi Robotics leading innovations in micro servo cylinders and dexterous hands, marking a significant breakthrough in the sector [3][4] Company Development - Yinshi Robotics was established in May 2016, focusing on overcoming the bottlenecks in the robotics industry, particularly in the design of micro linear drive systems and high-performance servo control systems [4][6] - The company successfully launched its first-generation micro servo cylinder and the initial dexterous hand, filling a market gap for high-end dexterous operations in China [6][10] Product Innovation - The micro servo cylinder, a compact and integrated linear actuator, has become essential in robotics and high-precision equipment, significantly reducing manufacturing costs and complexity [10][11] - The successful commercialization of the dexterous hand in 2020 marked a pivotal moment for Yinshi Robotics, leading to widespread adoption across various industries [14][15] Market Expansion - By the end of 2022, Yinshi Robotics had established a customer base exceeding 500, with significant orders and sales milestones achieved, indicating a shift towards large-scale applications [14][17] - The company has seen a dramatic increase in sales, with the dexterous hand's delivery numbers approaching 2,000 units in 2024 and a 20-fold increase in overseas business volume [17] Future Outlook - Yinshi Robotics aims to enhance its dual-drive strategy, focusing on optimizing the performance and cost of its micro servo cylinders and dexterous hands while expanding its global market presence [17][20] - The company envisions becoming a core player in the intelligent manufacturing sector, applying its solutions across various high-end industries, including renewable energy, semiconductors, and aerospace [20]

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 Insights - Tesla is facing significant challenges in producing flexible robotic hands for its Optimus humanoid robots, leading to a reduction in its production plans for thousands of units this year [1][3] - In contrast, a Chinese company, InTime Robotics, has successfully achieved mass production and commercialization of dexterous robotic hands, with a shipment of nearly 4,000 units in just the first half of this year, positioning itself as a global leader in this field [1][4] Group 1: Technical Challenges - The robotic hand is the most technically dense and difficult component in humanoid robots, with Tesla struggling to integrate sufficient degrees of freedom and sensors within a compact design [3][4] - InTime Robotics has overcome the transition from laboratory prototypes to mass production through self-research and nearly a decade of experience, allowing it to lead in the market [4][6] Group 2: Innovative Design and Manufacturing - InTime Robotics developed a linear drive design that integrates motors, reducers, screws, and sensors into a compact actuator, enabling effective control of finger movements within limited space [4][6] - The introduction of the micro-servo cylinder has significantly lowered the barriers to research and manufacturing of dexterous hands, making it a preferred solution in the market [6][12] Group 3: Product Iteration and Market Adaptation - InTime Robotics is set to release two major product lines in 2025, showcasing its strong capability for continuous product iteration and adaptation to customer needs [7][10] - The RH56F1 series, designed for humanoid robots, features advanced sensing capabilities and a robust structure, while the RH5EG1 series offers high flexibility and precision, demonstrating the company's commitment to innovation [10][12] Group 4: Competitive Advantage and Market Position - InTime Robotics has established long-term barriers in core technology, production systems, and organizational mechanisms, enabling it to convert technology into stable products effectively [13][15] - The company has developed specialized assembly and testing tools, ensuring high consistency and quality control in production, which contributes to its competitive edge [15][16] Group 5: Industry Implications - The dexterous hand is a critical component for the advancement of humanoid robots, with Tesla's struggles highlighting a common technical bottleneck in the industry [16] - InTime Robotics' success not only positions it as a benchmark in China's dexterous hand sector but also reflects the broader advancements in China's high-tech manufacturing capabilities [16]

Core Viewpoint - Tesla is facing significant challenges in producing flexible robotic hands for its Optimus humanoid robots, leading to a reduction in production plans for thousands of units in 2023. In contrast, a Chinese company, InTime Robotics, has successfully achieved mass production and commercialization of dexterous hands, positioning itself as a global leader in this field [1][3]. Group 1: Challenges in Robotic Hand Production - The robotic hand is the most technically dense and difficult component in humanoid robots, with Tesla struggling to integrate sufficient degrees of freedom and sensors within a compact design [3]. - InTime Robotics has overcome the bottleneck from laboratory prototypes to mass production through self-research and nearly a decade of experience, allowing it to advance from initial development to optimization [4][5]. Group 2: Technological Innovations - InTime Robotics recognized early on that the challenge lies in efficiently producing consistent and usable dexterous hands while maintaining performance [4]. - The company employs an innovative linear drive design that integrates motors, reducers, screws, and sensors into a compact actuator, facilitating the control of finger movements within limited space [5][7]. Group 3: Product Iteration and Market Position - InTime Robotics has demonstrated strong iterative capabilities with the launch of two significant product series in 2025, showcasing its technical depth and adaptability to diverse humanoid robot needs [8][10]. - The RH56F1 series features a full-metal design and advanced multi-modal sensing capabilities, enhancing its precision and adaptability for industrial automation and humanoid robots [10][13]. Group 4: Competitive Advantages - InTime Robotics has established long-term barriers in core technology, production systems, and organizational mechanisms, enabling it to convert technology into stable products while understanding customer needs [15][16]. - The company has developed specialized assembly and testing tools to ensure high consistency and quality control, which are critical for the performance of dexterous hands [15]. Group 5: Implications for the Industry - The dexterous hand is crucial for the practical application of humanoid robots, and the challenges faced by Tesla reflect a broader technological bottleneck in the global robotics industry [16]. - InTime Robotics' success in mass production and continuous innovation positions it as a benchmark in China's dexterous hand sector, with potential to lead in the global humanoid robot market [16].