Core Insights - The special robot industry is a key scene for AI implementation, continuously expanding its application boundaries in various fields such as industrial, medical, and logistics, driven by technological iterations and capital support [2] Industry Chain Structure - The special robot industry chain in China presents a complete structure of "upstream component support - midstream manufacturing integration - downstream application scenarios," with collaborative development across all segments [3] Upstream: Core Component Supply - The upstream segment is essential for the performance of special robots, covering six key components, and has formed a matrix of enterprises capable of technological breakthroughs [4] - Chips are the core driving force for robot intelligence, with the global chip market expected to grow from $515.3 billion in 2024 to $593.6 billion in 2025, reflecting a compound annual growth rate (CAGR) of 9.67% [7] - Sensors provide environmental perception capabilities, with the global sensor market projected to grow from ¥3.7 trillion in 2020 to ¥5.5 trillion in 2024, a CAGR of 10.1% [9] - Reducers ensure load capacity, with the Chinese reducer market expected to grow from ¥1.448 trillion in 2024 to ¥1.51 trillion in 2025, a growth of 4.4% [10] - Servo motors are the power core for precise movements, with the Chinese servo motor market projected to reach ¥25 billion in 2025, growing from ¥22.3 billion in 2024 [13] - Controllers act as the "brain" of special robots, with global sales of independent controllers expected to rise from 27,000 units in 2020 to 52,900 units in 2025, a CAGR of 84.4% [15] - Key upstream enterprises include Huichuan Technology, Estun, and others, forming a complete technological system [16][18] Midstream: Body Manufacturing and System Integration - The midstream segment reflects the overall development level of the industry, with the global special robot market growing from $5.9 billion in 2020 to $11.5 billion in 2024, a CAGR of 18.16% [20] - China's special robot market is expected to grow from ¥12.1 billion in 2020 to ¥25.6 billion in 2024, a CAGR of 20.63% [22] - The special space robot market, designed for high-risk environments, is projected to grow from ¥5 billion in 2024 to ¥5.7 billion in 2025, maintaining a rapid growth trend [24] - The number of registered special robot enterprises in China peaked at 24,600 in 2023, indicating a shift from "wild growth" to "high-quality development" [25] - Key enterprises in the special robot sector include Yijiahe, Siasun Robot, and others, showcasing full-chain innovation capabilities [27][29] Downstream: Diversified Application Field Expansion - The downstream application scenarios are expanding, covering critical sectors such as rescue, aerospace, military, industrial, logistics, medical, and electricity [30] - In the security industry, special robots are becoming a core driver for the intelligent upgrade of traditional security systems, with the Chinese security industry expected to exceed ¥980 billion in 2025 [31] - The emergency industry is rapidly developing, with the scale projected to reach ¥2.73 trillion in 2025, creating favorable conditions for the application of special robots [32] Industry Trends - The special robot industry is experiencing three major trends: accelerated domestic substitution of core components, deepening application scenarios from "general" to "specialized," and a dual drive of policy and capital promoting quality improvement [35]

Group 1 - The deadline for online nomination materials for the Wu Wenjun Artificial Intelligence Science and Technology Award has been extended to October 31 at 17:00, while the deadline for paper materials is adjusted to November 7 [1] - Nominating units and experts are encouraged to prepare their nomination materials promptly [1] - Nominators can log into the Wu Wenjun Artificial Intelligence Science and Technology Award Evaluation Service Platform to submit nominations online [1] Group 2 - The paper nomination documents must include a main document and attachments, with the main document generated from the evaluation service platform and printed [1] - The main document should be bound on the left side and must include the "Wu Wenjun Artificial Intelligence Science and Technology Award" watermark [1] - After signing and stamping, the original set of documents should be sent to the office responsible for award work [1]

Group 1: Overview of Humanoid Robot Industry - The humanoid robot industry can be divided into three main components: "brain" (cognition and decision-making), "cerebellum" (motion control), and "limbs" (physical structure) [1] - The development of the "brain" focuses on enhancing cognitive abilities through advanced AI models, enabling robots to understand complex tasks and adapt to new environments [1][4] - The "cerebellum" emphasizes real-time response and motion control, allowing robots to react quickly to sensor inputs without external control [1][4] - The "limbs" aspect aims to optimize the physical structure and movement capabilities of robots, making them more adaptable in complex environments [1] Group 2: Current Development Status of Humanoid Robots - Internationally, leading tech companies are at the forefront of developing the "brain" and "cerebellum" systems, leveraging AI models and core computing power [2][5] - Companies like Tesla, NVIDIA, and Google are integrating advanced AI technologies into their humanoid robots, enhancing their cognitive and interactive capabilities [4][5][6] - In China, companies like X Square and UBTECH are making significant strides in developing unified AI models and advanced motion control systems [7][10] Group 3: Key Hardware and Execution Components - The humanoid robot hardware market is dominated by a few international companies that excel in high-end actuators and core components [12][13] - Boston Dynamics and Tesla are notable for their advanced actuator technologies, which enhance the mobility and adaptability of their humanoid robots [13][14] - Chinese companies are making progress in actuator technology but still rely heavily on foreign technologies for high-precision components [14][15] Group 4: Trends in Humanoid Robot Technology Development - The integration of embodied AI is becoming a core focus, allowing robots to learn and adapt through interaction with the physical world [26] - There is a significant push towards optimizing architecture and computing power, with a trend towards edge-cloud integration for enhanced performance [28] - Advances in core hardware are aimed at achieving higher power density, precision, and energy efficiency, which are critical for improving robot performance [29][30] Group 5: Application Status and Guidance for Humanoid Robots - AI is significantly enhancing the capabilities of humanoid robots in various applications, although the depth and breadth of application are still uneven [33][34] - In industrial settings, humanoid robots are expected to participate in complex assembly tasks, leveraging their dexterity and adaptability [38] - In domestic environments, humanoid robots are anticipated to provide various services, including household assistance and elder care, although challenges remain in terms of safety and market acceptance [39][40]

10 月 15 日， MPS 人形机器人解决方案发布会在上海顺利举办。 MPS 模拟产品线的总监瞿松带大家纵览人形机器人从技术萌芽到智能革命的演进历 程，深度剖析当前机器人应用面临的动态平衡、环境感知与实时决策、能耗与制造成本等核心挑战，同时揭晓了 MPS 针对人形机器人应用难题推出的高 性能电机驱动、高精度传感器、驱控一体式电机等多款新产品，并详细解析产品特性与技术优势。 ▎ 人形机器人的发展现状 21 世纪以来，人形机器人进入了快速发展阶段。波士顿动力公司推出以高动态运动能力为特征的 Atlas 机器人。特斯拉公司研发出 Optimus 人形机器 人，计划应用于工业生产等领域。 Figure AI 机器人首个搭载通用视觉 - 语言 - 行动（ VLA ）模型，能够实现自然语言控制、多机器人协作、快速学习 等功能。 国内市场也表现出了很强的活力。宇树科技的 R1 、 G1 、 H1 等人形机器人具有较强的运动能力，同时集成了语音、图像多模态大模型，具有较强的交 互能力。智元推出了适用于工业及商业场景的远征系列，全身 49 个自由度，单臂最大负载 5Kg ，搭载了自研的具身智脑框架和 WorkGPT 大模型， ...

Core Insights - The article highlights the integration of the "Kua Fu" humanoid robot by Leju with NVIDIA Jetson Thor, showcasing its capabilities in various industrial applications, which accelerates the commercialization of robotics technology [1][3][19] Group 1: Technology Integration - The "Kua Fu" humanoid robot features over 40 degrees of freedom, providing unprecedented flexibility and adaptability for complex industrial tasks [5] - NVIDIA Jetson Thor enhances the robot's AI computing performance by 7.5 times compared to traditional solutions, ensuring stable processing of multimodal data streams [5][19] Group 2: Industrial Applications - In logistics, "Kua Fu" demonstrates long-term stable sorting performance, overcoming traditional challenges of accuracy degradation over time [8] - The robot successfully executes a full process operation in SMT material tray retrieval, showcasing its precision in a manufacturing environment [10] - In the 3C electronics sector, "Kua Fu" achieves millisecond-level response times for identification and sorting, supporting high-speed production lines [12] - During automotive assembly, the robot adapts to various container sizes and weights, illustrating its flexibility in non-structured environments [15] - In daily chemical production, "Kua Fu" performs complex tasks with smooth operation, validating its capabilities in intricate task execution [17] Group 3: Future Prospects - The successful integration of advanced robotics hardware with AI computing power is seen as a key driver for the evolution of humanoid robots from standardized industrial applications to more flexible, general-purpose scenarios [19] - Leju's ongoing efforts in training and optimizing robots in real environments are expected to further enhance their performance and accelerate the commercialization process [19]

Core Points - The 7th Modern Manufacturing Integration Technology Academic Conference will be held from November 7 to November 9, 2025, in Zhengzhou, focusing on AI-driven digital transformation in manufacturing [1] - The conference invites experts, technical personnel, and students from universities, research institutions, and enterprises to participate [2] - Early bird registration is now open, encouraging prompt sign-ups for discounts [3] Registration and Fees - The conference registration fee structure includes: - Student participation: 1,500 RMB (1,200 RMB before October 20) - General participation: 2,800 RMB (2,500 RMB before October 20) - Corporate representatives: 3,800 RMB (3,500 RMB before October 20) [7] - Payment must be made via bank transfer, and a receipt must be sent to the editorial office after payment [6][7] Keynote Speakers - Professor Wang Yaonan from Hunan University, an expert in robot vision perception and control technology, will be a keynote speaker [5][6] - He has received multiple national awards and has published over 200 SCI papers, showcasing his significant contributions to the field [6] Important Dates and Logistics - Registration deadline is November 2 [9] - Participants are responsible for their own accommodation and travel expenses [9] - Recommended hotels include Zhongzhou Huayue Hotel and Zhengzhou Fengleyuan Hotel, with contact details provided for reservations [9] Research Projects - Various significant research projects are highlighted, including: - Collaborative control theories for major equipment manufacturing [8] - Key technologies for intelligent manufacturing and autonomous industrial internet [8] - These projects reflect ongoing advancements in robotics and intelligent manufacturing technologies [8]

人本智造是将以人为本的理念贯穿于智能制造系统的全生命周期过程。随着产业数智化进程的发展，个性化需求驱动下的智 能制造正加速向"以人为本"的范式转变，为进一步促进人本智造的创新发展，" 第三届人本智造学术会议 "拟定于 2025年10 月31日-11月2日 在 北京 举办，本次会议将通过学术活动和成果展示，交流人本智造领域的最新研究和应用进展。 | 01 | 会议信息与会议组织 | | | --- | --- | --- | | 时间： | 2025年10月31日-11月2日 (周五-周日) | | | 地点： | 北京友谊宾馆 | | | 地址： | 北京中关村南大街1号 | | | 会议议程 | | | | 10月31日 （周五） | | 注册报到 | | 11月01日 | | | | | 上午 | 开幕式、大会报告 | | （周六） | 下午 | 分论坛报告 | | 11月02日 | 上午 | 大会报告、颁奖闭幕 | | （周日） | 下午 | 参观、返程等 | 会议注册及缴费 2025年10月18日前早鸟价（含），教师或企业人员2500元/人，学生1800元/人； 2025年10月18日后，教师 或企业 ...

这是一 次 智慧的 共鸣。 大会已邀请中国工程院院士王天然、于海斌，香港大学工业及制造系统系机器人与自动 化首席教授席宁 ， 中国工程院外籍院士、加拿大皇家科学院院士孙钰 等机器人领域知名专家学者 ，以及来自韩 国、日本、俄罗斯、马来西亚、泰国等近 10 个国家的 50 余位重要嘉宾齐聚沈阳 ， 围绕具身智能、人形机器 人、应用场景拓展等热点话题展开思想交锋 、 分享尖端科技成果 、 共绘机器人产业 发展 蓝图。 这是一 次 创新的绽放 。 大会以 " 首发 + 应用 " 相结合的方式，集中推出多款国际领先的机器人新产品、新技 术与新应用 ， 已征集韩国现代机器人、中国科学院沈阳自动化研究所、 辽宁 辽河实验室、新松公司等 22 家机 构和企业的 53 件展品 展出 ， 现场将与 100 余家机器人领域相关企业进行 项目对接与合作洽谈，推动创新成果 市场 转化。 展区涵盖 " 人形与仿生首发 "" 协作与康养创新 "" 机器人部件及特种机器人 "" AI+ 具身智能与教 育消费新品 " 4 个方面， 亮点 展品 包括中国首台光子计数 CT 、轮式人形机器人、双臂协作机器人、四足机器 人、智能无人机、灵巧手等， ...

| 注册类别 | 会议费用 | 16 10月20日前 | | --- | --- | --- | | 学生参会 | 1500 元 | 7 1200元 | | 普通参会 | 2800 元 | 7 2500 元 L | | 企业代表 | 3800 元 | 3500 元 | | | 60.00 | | 10月13日，2025年世界工程组织联合会全体大会暨全球工程大会在上海世博中心开幕。开幕式上，由中国工程院 院刊《Engineering》评选的" 2025全球十大工程成就 "正式发布，DeepSeek开源大语言模型、人形机器人、南 水北调中线工程等入选。 "2025全球十大工程成就"经由全球征集提名、专家遴选推荐、公众问卷调查、评选委员会审议确定。本次评选 的" 全球十大工程成就"主要指近五年已经完成且实践验证有效的、并产生全球性影响的工程科技重大创新成果 ， 既包括重大工程项目或关键技术装备，也涵盖工程科技关键性原始创新与突破。 添加客服微信： myrobotics ，备注" 参会人员 "，邀请进入会议群。 缴费成功后请务必将 参会回执 发送邮件至编辑部邮箱（ cims_journal@qq.com ） 点击蓝字 ...

秋色宜人，天朗气清。 2025 沈阳机器人竞技邀请赛 作为 2025 沈阳机器人大会重要组成内容， 将于 10 月 16 日至 17 日 在 东北大学刘长春体育馆 隆重举行。 2025 沈阳机器人竞技邀请赛既是沈阳机器人产业创新实力的集中展示，更是面向青年科技人才的重要召唤。沈阳 通过此类高水平赛事，不断拓宽产学研合作路径，加速创新成果转化，强化人才聚集效应，让更多青年才俊选择 沈阳、扎根沈阳，与城市共同成长、共赢未来。 添加客服微信： myrobotics ，备注" 参会人员 "，邀请进入会议群。 缴费成功后请务必将 参会回执 发送邮件至编辑部邮箱（ cims_journal@qq.com ） 点击蓝字下载参会回执文件： 附件：参会回执.docx 这个十月，让我们相约沈阳、聚焦东北大学刘长春体育馆，见证青春与科技的交融、梦想与创新的碰撞，看新一 代 青年 以智慧与勇毅 "赋能未来"、以创新与协作"点亮梦想"！ 2025 沈阳机器人竞技邀请赛以"科技赋能未来，竞技点亮梦想"为主题， 东北大学 中鸿 TDT 、 中国科学技术大 学 RoboWalker 、 大连理工大学凌 BUG 、 北京理工大学追梦 等多支战 ...