各位专家学者，朋友们: 会议主题 02 本次大会以" 京珠共邀汇湾区·医工融合启未来 "为主题，旨在搭建一个汇聚政府、协会、医院、高校、科研机构、 投融资机构及企业的全方位资源对接平台，推动医工融合在生物医药、智能诊疗、手术机器人、AI内镜、微纳材料、数 字疗法等前沿领域的深度合作与成果转化。 会议组织机构 03 指导单位： 中国医药卫生文化协会 主办单位： 北京理工大学（珠海） 中国医药卫生文化协会医工融合分会 联合主办： 广东真健康医疗科技开发股份有限公司 在"健康中国2030"战略的引领下，医工融合正成为驱动高端医疗装备自主突破、生物医药创新发展、催 生新质生产力的关键引擎。珠海，作为粤港澳大湾区战略支点，叠加"三区"政策红利，已汇聚高端人才、顶尖 医疗、科研与产业资源，具备打造国家级医工融合高地的独特优势。 为积极响应广东省打造万亿级生物医药与健康产业集群的战略部署，促进粤港澳大湾区医工融合高质量 发展，在中国医药卫生文化协会指导下，中国医药卫生文化协会医工融合分会联合北京理工大学、北京理工大 学（珠海）、珠海市人民医院等机构，定于 2025年12月26日(周五)至28日(周日) ，在 广东·珠海 隆 ...

12月4日至6日，中央广播电视总台新闻新媒体中心联合总台广东总站，在深圳市龙岗区机器人街区举办 了"CMG智享未来——保姆机器人大会"机器人互动展演活动。 高擎机电旗下新一代人形机器人"派+"亮相活动现场，凭借一场动感酷炫的群控舞蹈表演，向观众生动展现了 机器人的科技与创新活力。 ▍舞台之上，演绎"人机共生"场景 本次展演成为了展示大湾区机器人技术实力与产业应用活力的重要窗口。 在户外展演区，派+机器人组成"天团"，以整齐划一、流畅协调的群舞表演，吸引了众多观众驻足观赏与拍 摄。 在机器人剧场内，派+与人类舞者携手呈现了一场别开生面的人机歌舞秀《山海乐章》。舞台上，造型各异的 四台派+，随着音乐灵活舞动，不仅动作连贯协调，更展现出科技与艺术融合的独特魅力。 派+多样化的舞台形象，得益于其独特的模块化设计。该设计支持快速更换外观组件，实现"百变造型"，以适 应不同演出场景与视觉风格需求。 派+在户外展演区进行群舞表演 派+在机器人剧场演绎"人机共舞" ► "小身体"蕴藏"大能量" 身高仅65厘米的派+，却蕴含着令人惊喜的运动能力。 派+集成了多项自研核心技术，尤其在运动控制与实时响应方面表现突出。高精度伺服关节 ...

Core Insights - Manus, a company specializing in VR and robotic hand interaction technology, has evolved from a small student project to a trusted name in the global robotics industry, providing significant insights for entrepreneurs in the field [3][4]. Group 1: Founder's Journey - Stephan van den Brink, co-founder of Manus, initially pursued a career in fiscal law, which provided him with essential business acumen despite his passion for engineering [4][5]. - His experience at Ernst & Young allowed him to understand corporate operations, financial planning, and compliance, which later became crucial for building Manus [5][6]. Group 2: Emergence of VR Technology - The VR wave in 2014, sparked by Oculus, inspired Stephan and his team to explore natural interaction solutions, leading to the inception of Manus [7][8]. - The initial crowdfunding attempt for their data gloves failed due to low market awareness and product maturity, but it garnered media attention and led to an invitation to a startup incubator [9][12]. Group 3: Transition to B2B Market - After receiving angel investment, Manus focused on the B2B market, particularly in VR simulation, where their hand-tracking technology met high precision and stability requirements [21][23]. - The partnership with Steam VR allowed Manus to integrate their hand-tracking technology with a leading platform, establishing them as a preferred partner for VR solutions [23]. Group 4: Motion Capture Expansion - Manus identified a gap in the motion capture market for precise hand and finger movements, leading to the development of specialized data gloves that significantly increased their revenue from under €1 million to €4 million [25][27]. - The company expanded its team from 12 to 40 members and formed strategic partnerships, including one with Xsens, to enhance their motion capture offerings [27]. Group 5: Technological Breakthroughs - In 2019, Manus developed the Quantum Glove, utilizing EMF technology for absolute precision in hand motion capture, addressing the needs of the emerging humanoid robotics sector [30][33]. - The collaboration with Tesla marked a significant milestone, as their technology was integrated into Tesla's robotic systems, showcasing Manus's capabilities in the robotics field [38][39]. Group 6: Industry Insights and Future Directions - Stephan emphasizes that humanoid robotics is a technology ecosystem, where hand control is a critical competitive factor, similar to the early days of VR [39][42]. - The company aims to continue innovating in high-precision hand interaction technology, with plans for new product launches and technological advancements expected by 2026 [42].

Core Viewpoint - The article highlights the upcoming 6th China Robotics Industry Annual Conference and LeadeRobot Awards, emphasizing the significance of leading enterprises in the robotics sector and the transformative era of embodied intelligence in China [1]. Event Highlights - The event will feature a dual-day, five-dimensional deep experience and practical sharing across the entire industry chain, establishing authoritative rankings to set industry benchmarks [2]. - The annual theme aims to guide development trends and celebrate the 10th anniversary of the event, envisioning a new blueprint for the future [2]. Agenda Summary - The conference will commence with an opening ceremony followed by a series of expert forums discussing topics such as the evolution of embodied intelligence, the current trends in humanoid robots, and the integration of AI with robotics [3][4]. - Notable sessions include discussions on the challenges and opportunities in the commercialization of humanoid robots and the latest advancements in robotic sensing technologies [5][7]. Award Ceremony - The 6th LeadeRobot Industry Awards and appreciation dinner will take place on December 19, recognizing outstanding contributions in the robotics field [6]. Innovation and Industrialization Forum - A dedicated forum will focus on the innovation and practical implementation of embodied intelligence, featuring discussions on creating a national team for industrialization and exploring humanoid robots in industrial scenarios [7][8].

Core Viewpoint - The article discusses the launch of China's first fully autonomous humanoid robot navigation solution by the Beijing Humanoid Robot Innovation Center, which integrates various advanced technologies for diverse applications in exhibition halls, shopping malls, and cultural tourism [1]. Group 1: Technology Overview - The core technology of the solution is the "Wisdom Open Object" platform, which enables a closed-loop system for perception, decision-making, and execution, allowing the humanoid robots to operate independently without human control [3]. - The platform utilizes an AI-driven "big brain" for decision-making and a data-driven "small brain" for execution, enabling the robots to autonomously navigate and interact with users in real-time [5][7]. - The multi-modal fusion perception system captures environmental attributes and features, supporting high-precision navigation and stable movement for the robots [5]. Group 2: System Capabilities - The "Wisdom Open Object" platform serves as the central hub for global scheduling and multi-machine collaboration, allowing seamless integration with IoT devices and ensuring a smooth user experience with minimal response delay [8]. - The platform supports various robot types, including robotic arms and wheeled robots, and features a mature multi-agent collaboration mechanism, enhancing operational efficiency [8]. - The solution is designed to adapt to various tasks, such as guided tours, material handling, and intelligent sorting, breaking the limitations of single-robot functionality [8]. Group 3: Market Potential - The fully autonomous humanoid robot navigation solution is expected to accelerate expansion in the smart cultural tourism sector and penetrate additional fields such as government service centers and technology parks [10]. - As operational costs decrease and adaptability improves, demand from small and medium enterprises and smaller tourist attractions is anticipated to grow, leading to a wave of large-scale implementation [10].

Core Viewpoint - The research on nanorobots for cancer treatment is advancing, with significant improvements in their ability to deliver drugs precisely to targeted areas within the body, potentially revolutionizing cancer diagnosis, monitoring, and treatment methods [2][3]. Group 1: Nanorobots Research - The team led by Sylvain Martel at the Montreal Institute of Technology has spent over a decade developing nanorobots that can be controlled using MRI technology to deliver cancer drugs directly to tumors [2][3]. - Recent experiments showed that by adjusting the position of pigs in MRI machines, the number of nanorobots reaching the liver increased by nearly three times compared to previous tests [2]. - The research indicates that the technology is nearing practical application in humans, which could lead to innovative methods for cancer treatment, including targeted drug delivery and tumor monitoring [3]. Group 2: Publication and Future Directions - The findings are published in a recent issue of Nature Focus, which explores the application of nanorobots in cancer treatment and other advanced robotics topics [4]. - Future editions of Nature Focus will cover rapidly developing topics in various fields, including robotics and AI, indicating a growing interest and investment in these technologies [5].

一家中国机器人公司拿下香港上市 "通行证"的背后，是一场从技术到场景的全面突围。 它刚拿到中国证监会境外上市备案通知书，距离港交所上市仅一步之遥；它曾连续 11轮融资，背后站着阿 里、饿了么、科大讯飞等一批巨头；它的机器人日均服务超过300万人次，累计服务超过10亿人次。 近日，中国证监会网站发布关于优地机器人（无锡）股份有限公司（以下简称 "优地机器人"）境外发行上市 及境内未上市股份"全流通"备案通知书。优地机器人拟发行不超过7360万股境外上市普通股并在香港交易所 上市。 如果顺利， 优地机器人这家成立于 2013年的公司， 即将成为又一家登陆资本市场的中国服务机器人企业 优地机器人正是这场浪潮中的代表性企业之一。这家公司从酒店配送场景起步，如今已形成覆盖室内配送、室 外配送、商用清洁等多场景的产品矩阵。 ▍ 服务机器人热潮汹涌 服务机器人行业正在经历前所未有的发展热潮。 2025年1-10月全国服务机器人产量为1556 . 9 万 套，累 计增长 20%。中商产业研究院的数据显示，2024年中国服务机器人市场规模已达738亿元，同比增长 22.89%。预测到2026年，这一数字将突破千亿大关。 这一增 ...

"小萃，请到A工位帮我焊接B工件！" 只需一句指令 ， 搭载 VLA大模型的具身智能机器人小萃，便 能 精准 响应、快速抵达指定工位，全程自主完成焊接作业 。 在机器人大讲堂看来，具身智能技术带来的变革，从未如此直观。 很多人的印象里，机器人要么是工业流水线上重复着机械动作的 " 固定设备 "，要么是家里只能沿着固定路线 清扫的 " 小家电 " 。 它们精准、高效，却总少了点 " 灵气 "，仿佛永远隔着一层 " 机器人与人类 "的界限。 如今，随着具身智能技术的突破，这层界限正在被悄悄打破。尤其当机器人开始拥有 感知环境的眼睛、 自主 决策的大脑和灵活执行的双手，它们不再是冰冷的工具，而是已经 具备成为 " 智能伙伴 " 的潜力 。 机器人大讲堂近日获悉，集萃智造 近年来 将具身智能与机器人深度融合， 围绕 " 人 —机—环境"三元协 同，把感知、认知、决策、执行闭环压缩到 各类型 机器人里， 已经在制造 、 康养、农业、零售 等 场景 里， 打造出了更适配的机器人， 书写了具身智能从实验室走向产业化的真实故事 。 他们最近放出的四款具身智能机器人产品，在功能特性上都有 非常 值得称道之处。 ▍ 焊接机器人 ...

2025 总冠名 # 周末隔 见证中国机器人领军企业力量 点亮具身智能时代变革新星 第六届中国机器人行业年会 暨LeadeRobot机器人行业颁奖典礼 2025年12月18日-12月19日 中国 = 杭州 王亦单位 立德机器人平台(机器人大讲堂) 活动亮点 0 双日五维 深度体验 全产业链 实战分享 权威榜单 树立行业标杆 年度主题 引领发展思潮 十周年庆典 共绘新蓝图 活动议程 12月18日 开幕式 开幕式环节 09:00-09:40 知名专家领军企业家论坛 | 09:40-10:00 | 《潜在泡沫破局:具身智能的进化路径与关键挑战》 | | --- | --- | | | 配置 智友·雅瑞 科创平台发起人 | | | 北航机器人研究所名誉所长、教授 | | | 中关村智友研究院院长 | | 10:00-10:20 | 《如何看待当前人形机器人热》 | | | 赵 杰 哈尔滨工业大学机器人研究所所长 | | 10:20-10:40 | 《工业具身智能落地路径思考》 | | | 游 玮 埃夫特 董事长兼总经理 | | 10:40-11:00 | 《从研发到制造 -- 核心零部件如何撑起产业化的灵 | | | ...

Core Insights - The article discusses the strategic evolution of JAKA Robotics from V1.0 to V2.0, emphasizing the transition from being a tool provider to becoming a partner in intelligent automation [3][11][19] - JAKA aims to establish itself as a global leader in general-purpose intelligent robotics, focusing on enhancing the capabilities of robots to understand tasks, adapt to changes, and solve real-world problems [3][6][16] Group 1: Strategic Transition - JAKA's V1.0 era was characterized by the development of safe, reliable, and user-friendly collaborative robots, addressing the essential needs for automation in industrial production [3][7] - The company has accumulated extensive know-how across various sectors, including automotive and electronics, which has become a critical foundation for its transition to V2.0 [4][10] - The shift to V2.0 is driven by the need for robots to possess higher flexibility, intelligence, and interaction capabilities, as global manufacturing trends move towards small-batch, diverse production [6][12] Group 2: Technological Advancements - JAKA's V2.0 robots integrate advanced sensory and decision-making capabilities, moving beyond traditional mechanical functions to embody "embodied intelligence" [12][15] - The company invests over 20% of its revenue into R&D, fueling advancements in perception and decision-making technologies [4][10] - JAKA's product range includes various models designed for specific industrial applications, showcasing its competitive edge in precision and reliability [7][8] Group 3: Value Reconstruction - The V2.0 vision redefines robots as intelligent partners rather than mere tools, enhancing human-robot collaboration and creating emotional resonance [14][16] - JAKA aims to provide solutions that not only automate tasks but also enrich human experiences in various sectors, including education and healthcare [17][19] - The company is building an open, evolving ecosystem around its robots, encouraging third-party developers to create applications that enhance robot capabilities [18][21]