6月26日，开普勒机器人在张江人工智能岛成功举办了以"开启新序・普勒未来"为主题的生态合作暨乔迁仪式。未来开普勒机器人将依托张江的产业生态， 聚焦人形机器人与具身智能前沿技术研究，推动关键算法、部件与整机的协同创新。 同时，"开普勒具身智能研究院"正式揭牌。该研究院将作为技术研发与产业应用的桥梁，孵化多样化场景解决方案，推动人形机器人规模化落地。 人形机器人产业协同对于提升供应链韧性、降低成本至关重要。若缺乏协同，一旦某个环节出现问题，整个产业链将受到严重影响，开普勒机器人因此选择 专注深耕布局人形机器人生态产业链。 在多方协同生态链中，兆丰机电作为全球精密齿轮企业，为人形机器人提供高精度传动部件，确保机器人运动的精准性和稳定性；汉威科技集团作为传感器 龙头，已构建覆盖"触觉—平衡—力控—嗅觉"的全链条智能感知体系，可为人形机器人提供系统化感知解决方案；乔锋智能利用高端数控机床制造能力，保 障核心部件的加工精度，为人形机器人的高质量生产提供坚实基础；开普勒机器人则作为智能制造的引领者，将各方优势资源整合，打造"1+1+1+1＞4"的 协同效应。 6月27日，记者自上海开普勒机器人有限公司（简称"开普勒机器人" ...

Core Insights - The partnership between Richtech Robotics and Beijing City of Design Development Co., Ltd. aims to enhance AI integration with robotic solutions, focusing on service experiences in industries like hospitality, healthcare, and retail [2][3] - The collaboration will involve the establishment of a "Beijing Foreign-Invested R&D Center" to pursue advancements in domain-specific AI models, autonomous robotic decision-making systems, and integrated software-hardware platforms [7][2] - Richtech Robotics has deployed over 400 robotic solutions across various sectors in the U.S., including notable clients such as Texas Rangers' Globe Life Field and Hilton [3][4] Company Overview - Richtech Robotics specializes in collaborative robotic solutions for the service industry, aiming to transform customer experiences and enhance operational efficiency [4] - The company focuses on integrating advanced automation to improve interactions and drive innovation within organizations [4]

字节旗下Seed团队将招募多个机器人相关业务的一号位，包括机器人产品负责人、机器人工程技术负责 人，以及具身智能大模型负责人。这一系列动作表明，Seed在机器人及具身智能领域加速布局的决心。 （Tech星球） ...

芜湖市人民政府近日印发《"芜湖鸠兹科创湾"建设实施方案》（以下简称《建设方案》。 《建设方案》提出了2027年近期建设目标和2035年远期建设目标。根据《建设方案》，到2027 年，"科创湾"品牌全面打响，每年引育高新技术企业、专精特新企业等科创企业超2000家，集聚 各类人才超50000人，基金规模超1000亿元，芜湖成为长三角具有重要影响力的产业创新中心。到 2035 年，"科创湾"发展格局全面形成，城市功能品质更加优越更具韧性，近悦远来的创新生态充 分彰显，创新源泉充分涌流，创新成果加速转化，辐射带动城市创新层级全面跃升，成为全国一流 的"四链"融合试验区和新质生产力示范区。 《建设方案》提到，"鸠兹科创湾"坚持创新人才集聚区、科创企业培育区、"四链"融合试验区和新 质生产力示范区四大定位，在未来产业培育上坚持有所为有所不为，聚焦新能源汽车和智能网联汽 车、机器人等新兴产业及低空经济、合成生物等未来产业，推动技术创新、模式创新、产业创新， 提升自主创新能力，以高水平科技自立自强培育和发展新质生产力。 为鼓励投早、投小、投长期、投硬科技、投未来产业，发挥母基金以投促引，以投促产，推动科创 资源的全面集聚， ...

作者丨 机器之心 编辑丨 机器之心 点击下方 卡片 ，关注" 具身智能之心 "公众号 >> 点击进入→ 具身 智能之心 技术交流群 更多干货，欢迎加入国内首个具身智能全栈学习社区 ： 具身智能之心知识星球 (戳我) ， 这里包含所有你想要的。 恭喜获奖者。 RSS（Robotics: Science and Systems，机器人科学与系统会议）是机器人领域顶级学术会议，自 2005 年起每年举办一次，该会议旨在促进机器人领域的科学研究和 技术应用的发展。 今年大会已于 6 月 21 日至 25 日在美国洛杉矶举行。杰出 Demo 论文奖、杰出系统论文奖、杰出学生论文奖、杰出论文奖多个奖项已经公布。 地址：https://roboticsconference.org/program/awards/ 杰出 Demo 论文奖 论文标题：Demonstrating MuJoCo Playground 论文链接：https://www.roboticsproceedings.org/rss21/p020.pdf 论文主页：https://playground.mujoco.org/ 机构：UC 伯克利、Google ...

当我们谈论机器⼈学习时，⼀个核⼼问题是：如何让机器⼈在不损坏昂贵硬件的情况下，快速掌握复杂的运动 技能？传统的⽅法是在真实机器⼈上进⾏⼤量试错，但这种⽅式不仅成本⾼昂，⽽且效率低下，甚⾄可能存在 安全⻛险。MuJoCo的出现彻底改变了这⼀现状。 在近20年AI发展的路线上，我们正站在⼀个前所未有的转折点。从早期的符号推理到深度学习的突破，再到 如今⼤语⾔模型的惊艳表现， AI 技术的每⼀次⻜跃都在重新定义着⼈类与机器的关系。⽽如今，具身智能正 在全面崛起。 想象⼀下这样的场景：⼀个机器⼈不仅能够理解你的语⾔指令，还能在复杂的现实环境中灵活移动，精确操作 各种物体，甚⾄在⾯对突发情况时做出智能决策。这不再是科幻电影中的幻想，⽽是正在快速成为现实的技术 ⾰命。从Tesla的Optimus⼈形机器⼈到Boston Dynamics的Atlas，从OpenAI的机械⼿到Google的RT-X项⽬，全 球顶尖的科技公司都在竞相布局这⼀颠覆性领域。具身智能的核⼼理念在于让AI系统不仅拥有"⼤脑"，更要拥 有能够感知和改变物理世界的"身体"。这种AI不再局限于虚拟的数字空间，⽽是能够真正理解物理定律、掌握 运动技能、适应复 ...

Core Viewpoint - The essence of exoskeleton robots is the coupling of human intelligence with external mechanical power, enhancing human capabilities for various tasks such as heavy lifting, walking, and rehabilitation [2]. Group 1: Industry Overview - Exoskeleton robots are defined as wearable intelligent structures that amplify human strength and assist in various activities, including military operations and rehabilitation [2]. - The technology integrates sensors, control systems, information processing, and mobile computing, focusing on materials, energy sources, control, drive systems, and biomechanics [2]. - The report titled "2025-2031 China Exoskeleton Robot Industry Outlook and Market Research Forecast" provides a comprehensive analysis of the industry, including market size, consumer demand, operational status, opportunities, and future prospects [2]. Group 2: Market Environment - The report utilizes data from national statistics, customs, surveys, and various databases to analyze the exoskeleton robot industry [3]. - It includes sections on product definitions, industry overview, development environment, and market conditions, covering regulatory frameworks, economic factors, and consumer behavior [3][4]. Group 3: Future Projections - The report forecasts the development of the exoskeleton robot industry from 2025 to 2031, including production volume, market size, and technological advancements [9]. - It also discusses investment opportunities and trends within the exoskeleton robot sector, highlighting potential projects and investment directions for 2024 [9].

证券研究报告 灵巧手持续迭代，关注技术路线收敛中的边际增量 ——人形机器人行业深度报告 证券分析师：黄细里 执业证书编号：S0600520010001 证券分析师：郭雨蒙 执业证书编号：S0600525030002 二零二五年六月二十七日 请务必阅读正文之后的免责声明部分 报告核心观点 2 ◼下游场景推动灵巧手向仿人手迭代，市场前景广阔。2024 年灵巧手市场规模达 17.06 亿美元， 预计 2025/2030 年将增至 19.21/30.36 亿美元。工业机器人常用二指灵巧手执行简单夹取， 人形机器人需求促使其向 4 指 / 5 指及高自由度发展。 ◼从驱动方案来看，欠驱动、外置/混合置+电驱为主流，电机或由空心杯向无刷有齿槽切换。具 体来看，1）欠驱动靠牺牲精度来降本和加速落地，应用更为广泛；2）外置驱动器和混合置牺 牲一定精度短期简单场景落地更快。3）电驱动因模块化设计、精度高等特点为当前主流方案。 4）特斯拉第三代灵巧手以无刷有齿槽电机替换部分空心杯电机，电机方案或将切换。 ◼传动方案涵盖齿轮/蜗轮蜗杆、连杆、丝杠、腱传动杆四类，各有优劣，均可映射至实际产品。 其中，腱绳+丝杠复合传动可在保证灵活性 ...

Core Insights - The event showcased over 50 robotics companies presenting innovative products, highlighting the practical applications of robots in various sectors such as industrial, medical, and service industries [9] - The robots demonstrated capabilities including inspection, cleaning, and interactive companionship, emphasizing the versatility and technological advancements in the robotics field [9][10] Group 1: Industrial Applications - Yushutech's quadruped robot has been successfully applied in intelligent power inspection and firefighting rescue scenarios [9] - Moxian Technology showcased a humanoid robot with advanced tactile sensors, enabling it to perform delicate tasks like grasping with high precision [9] Group 2: Service and Consumer Applications - The "Kirin Seat" flexible automatic charging robot from Wanxun Technology can simulate human arm movements for precise charging of electric vehicles, already deployed in automotive smart driving experiences [10] - The AI pancake-making robot from Yuanhu demonstrates an intelligent temperature control system, capable of preparing traditional Tianjin pancakes in just three minutes [10] - The Ropet robot pet from Mengyou Intelligent offers personalized interaction, learning from user engagement to develop unique personalities [10] Group 3: Environmental Applications - The "Ouka Whale Spirit" water surface inspection robot integrates multiple sensors for autonomous cleaning and monitoring of water bodies, effectively collecting debris and maintaining cleanliness [10]

Core Viewpoint - The launch of the CR 30H collaborative robot by Yuejiang Technology marks a significant advancement in the industrial automation sector, particularly for high-end manufacturing, by achieving both high load capacity and speed, setting a new performance record in its category [1][3]. Group 1: Product Features - The CR 30H collaborative robot can handle a load of 30 kg while achieving a joint speed of 300°/s, which is the highest speed known for collaborative robots in the 30 kg load category [3]. - The robot utilizes the HyperMove motion control algorithm for intelligent acceleration adjustment, resulting in a 20% increase in efficiency compared to similar models [3]. - Advanced vibration suppression algorithms are integrated to reduce vibrations and end effector jitter during high-speed operations, enhancing production stability [3]. Group 2: Technological Innovations - The CR 30H is equipped with a high-speed power engine and employs 96V medium-voltage servo drive technology, which increases power by 50% and reduces heat generation by 20% [3]. - The robot's joint stability is improved, and it offers greater adaptability for flexible production lines, making deployment more versatile [3]. Group 3: Application Areas - The CR 30H is designed for various applications, including food palletizing, automotive wheel hub handling, battery module assembly, heavy metal workpiece transfer, laser cutting operations, and semiconductor wafer handling and packaging [6]. - The robot significantly enhances production line efficiency and flexibility for medium to large workpiece handling and cross-station operations [6].