业内知名的机器人企业 【 伯朗特机器人 】 近日 发生的事件 震惊行业。 伯朗特机器人先是一份 "总经理尹荣造月薪提高至 200 万元"的议案被董事会否决 ， 紧接着，其投资方嘉兴 君岚企业管理合伙企业（以下简称 "君岚投资"）的一封公开信，被伯朗特机器人又转载至公司公众号里。 该 公开 信中直指伯朗特机器人现任董事长、创始人尹荣造靠制度设计掏空伯朗特、羞辱股东，并号召股东投票 同意修改公司章程、恢复正常治理结构，将尹荣造清除出伯朗特公司。 证券代码:405074 证券简称:DC 伯朗特 代办券商:东莞证券 伯朗特机器人股份有限公司 8 月 7 日，伯朗特机器人股份有限公司（以下简称 "DC 伯朗特 " ）发布了第四届董事会第二十三次会议决 议公告，其中的议案审议情况引发市场关注。 公告编号:2025-040 第四届董事会第二十三次会议决议公告 本公司及董事会全体成员保证公告内容的真实、准确和完整,没有虚假记载、 误导性陈述或者重大遗漏,并对其内容的真实性、准确性和完整性承担个别及连 带法律责任。 一、会议召开和出席情况 (一) 会议召开情况 7.召开情况合法合规性说明: 本次董事会的召集、召开和议案审议程序 ...

2025 世界机器人大会（2025 WRC）博览会上，人形机器人产业链上下游企业纷纷携最新产品亮相，展示 前沿技术， 人形机器人无疑成为了全场最大焦点。 近年来，人形机器人行业发展势头极为迅猛，众多科研团队与企业持续发力，推动技术突破不断涌现。从核心 零部件到整机解决方案，从机械结构的优化升级到智能化水平的显著提升，人形机器人技术成熟度持续提高， 正逐步从概念走向现实应用。在这一进程中， 灵巧手 作为人形机器人与环境交互的最终执行端，其综合性能 不仅 是衡量整机可用性的关键指标之一，更成为下一阶段产业链竞逐的核心技术焦点。 由中国科学院院士、吉林大学教授、国际仿生工程学会名誉理事长任露泉院士，与英国曼彻斯特大学终身教 授、国家特聘专家、教育部长江学者任雷教授共同创立的北京达奇月泉仿生科技有限公司 （以下简称 "月泉 仿生"），长期致力于推动仿生科技领域的创新与突破。前不久，月泉仿生 正式对外推出了仿生拉压体灵巧手 应手 Y-Hand M1 。 该灵巧手不仅 以 38个自由度创下全球最高纪录，更在力量、速度、精度、柔顺性、灵 活性五个维度实现了五位一体的性能突破 ， 彻底革新了仿生灵巧手的技术边界，为该领域的发 ...

Core Viewpoint - The forum highlighted the significant progress of embodied intelligence technology transitioning from technical breakthroughs to industrial applications, emphasizing the need for robots to be not only capable but also practical in real-world scenarios [2][23]. Group 1: Key Innovations - The "Embodied World Model System" was introduced, featuring a 72B multimodal model that enhances robots' understanding of reality and predictive capabilities [4][7]. - The "Cross-Entity VLA Model" XR-1 was launched, enabling a single model to operate across different entities and adapt to various scenarios and skills [6][9]. - The "Humanoid Robot Full-Body Control Autonomous Navigation System" was unveiled, addressing the challenges of mobility and operational coordination [8][11]. - The "Thousand Robot Real-Scene Data Collection Plan" was initiated to gather extensive multimodal interaction data from real industrial environments, enhancing model training and iteration [10][13]. Group 2: Industry Collaboration - The forum facilitated partnerships between Beijing Humanoid and several key industry players, including Baidu Smart Cloud and China Electric Power Research Institute, to promote the practical application of embodied intelligence technology [21][24]. - A simulation training platform was launched to address the industry's lack of standardized simulation data, providing a high-fidelity training environment for developers [21][24]. Group 3: Future Prospects - The continuous breakthroughs in core technologies and the expansion of application scenarios are expected to lead to the large-scale implementation of embodied intelligence, significantly supporting the development of the manufacturing and intelligent economy [23][24].

界机器人 CONFERENCE ROROT PLACE 北人亦创国际会展中心 会议中心一层多功能厅 主办单位 中关村石景山园管委会区科委 北京石景山科技创新集团 时间 TIME 2025年8月11日 9:00-11:35 地 点 乐聚通研(北京)机器人技术有限公司 北京中关村通力科技服务有限责任公司 活用以后 0 09:00-09:05 主持人开场 909:05-09:10 北京市石景山区领导致辞 合作签约 009:10-09:15 中关村通力与乐聚通研、紫东太初、睿尔曼智能、 石景山科技创新集团"共建石景山人形机器人通用 智能基座战略合作协议"签约 09:15-09:20 乐聚通研与北极星途"多功能智能末端执行器战略 合作协议"签约 009:20-09:35 具身智能操作系统创新与实现 中 织 粉 哈尔滨工业大学教授、教育部长江学者特聘教授 009:35-09:50 从数字AI走向物理AI 夏 文华 北京大学武汉人工智能研究院副院长 909:50-10:05 生成式大模型驱动的具身智能大规模高质 量数据合成开源平台 山东大学机器人研究中心教授、国家级青年人才 9 10:20-10:35 NK 榻 上海交通大 ...

Core Viewpoint - The article highlights the advancements in AI-powered robotics showcased at the 2025 World Robot Conference, emphasizing the transition of once-sci-fi technologies into practical applications that enhance human capabilities and address real-world needs [1][5]. Group 1: AI Exoskeleton Technology - The AI exoskeleton weighing only 2.7 kg significantly improves mobility for users, particularly the elderly, by providing assistance without replacing their natural movement [6][10]. - This device utilizes AI gait prediction and torque adaptive technology, achieving a prediction accuracy of 99.2%, allowing it to learn and adapt to the user's walking patterns over time [8][10]. - Priced at 9,800 yuan, the exoskeleton is already available in over 50 cities, aiding various sectors including border patrol, industrial labor, and elder care [10][12]. Group 2: Other Innovative Robotics - The four-legged robot designed to assist visually impaired individuals can navigate stairs and has successfully guided users from the first to the eighth floor, showcasing its practical application in aiding over 17 million visually impaired people in China [14][17]. - The wearable flying device, capable of reaching heights over 1,000 meters and speeds of 80 km/h, is designed with safety features such as a one-button separation mechanism for emergencies, indicating its potential for applications in firefighting and high-altitude work [18][26]. - The smart follow-up cart, weighing 32 kg and capable of pulling 60 kg, enhances efficiency in industrial environments by automatically adjusting its speed and distance based on the user's movements [22][24]. Group 3: Research and Development Strength - Established in 2022, the Hangzhou Zhiyuan Research Institute leverages the resources of a state-owned enterprise and national key laboratories to drive innovation from research to market [23][26]. - The institute has rapidly developed a full range of products addressing real needs, such as mobility assistance for the elderly and safety solutions for high-risk jobs, reflecting a commitment to societal needs [26][27]. - The exoskeleton series has received international design awards and significant media attention, indicating strong market recognition and demand for these innovative products [26][27].

Core Viewpoint - The 2025 World Robot Conference (WRC) showcased significant advancements in humanoid robots and embodied intelligence, highlighting their practical applications across various industries and the potential for commercialization [1][38]. Group 1: Humanoid Robots and Embodied Intelligence - Zhejiang Humanoid Robot Innovation Center demonstrated new humanoid robot products and showcased three real-world applications, emphasizing the practicality and commercial potential of embodied intelligence [1][2]. - Yujian Technology launched the new generation DOBOT Atom II humanoid robot, capable of performing tasks with high precision and engaging in interactive cooking demonstrations [4][5]. - Zhijidong Technology presented the LimX Oli humanoid robot, which can perform complex dynamic movements and is equipped with advanced motion control algorithms [7][8]. Group 2: Industrial Applications - Kepler introduced the K2 Bumblebee robot, designed for industrial applications with features like long battery life and high payload capacity, redefining standards in logistics [10]. - Jieke Robotics showcased the S³ collaborative robot, capable of autonomous operations in complex environments, demonstrating its application in sectors like automotive and semiconductor manufacturing [12][13]. - XianGong Intelligent displayed various robots, including a humanoid robot with advanced perception capabilities, highlighting the practical applications of embodied intelligence in industrial settings [34][36]. Group 3: Advanced Sensing and Interaction Technologies - Strong Brain Technology unveiled the Revo 2 bionic dexterous hand, which features advanced tactile sensing capabilities and is designed for various applications [18][19]. - HeShan Technology presented high-precision tactile sensors that enhance robot interaction capabilities, showcasing their integration in humanoid robots and dexterous hands [28][29]. - SLAMTEC introduced the Aurora 2.0 integrated 3D spatial perception solution, enhancing navigation and interaction capabilities for robots in diverse environments [26]. Group 4: Market Position and Future Outlook - Pudong Robotics demonstrated a comprehensive product matrix, including humanoid and service robots, establishing a strong market presence with significant global sales [31][32]. - The conference highlighted the rapid development of the global robotics industry over the past decade, with China emerging as a key player in the market [38].

Core Viewpoint - The article highlights a significant breakthrough in AI-assisted surgery by a Chinese team, demonstrating the feasibility of embodied intelligence in real-life dynamic environments, marking a shift from following to leading in the field of surgical robotics [1][2]. Group 1: Breakthrough Achievements - The research team from Chinese University of Hong Kong and Conbot has achieved three world firsts: the first autonomous surgery in a clinical setting, the first verification of multi-task surgical automation on live animals, and the first general-purpose multi-task automated AI surgical robot system [1]. - The embodied intelligence system successfully performed various surgical assistance tasks on live pigs, relying solely on visual feedback without additional sensors, indicating a major breakthrough in bridging the "simulation-reality gap" [2][3]. Group 2: Training and Efficiency - The open-source surgical training platform SurRoL has been adopted by multiple global institutions, with over 100 citations in Google Scholar, significantly improving the training speed of novice surgeons by nearly 100% under AI-assisted training [2][10]. - The AI-assisted training system allows for dynamic generation of optimal paths based on different surgical scenarios, providing personalized guidance to trainees, which is crucial given the shortage of experienced surgeons [10][12]. Group 3: Technical Innovations - The VPPV framework, which includes visual parsing, perception regression, policy learning, and visual servo control, enables the AI to abstract complex surgical scenes into understandable states for the robot, achieving zero-shot transfer from simulation to reality [3][4]. - The system's reasoning speed reaches real-time levels, with target segmentation taking 40 milliseconds and strategy prediction only 7 milliseconds, indicating that AI's computational speed is no longer a bottleneck [6]. Group 4: Future Implications - The "supervised autonomy" model proposed by the research team enhances surgical efficiency and safety, allowing surgeons to focus on complex tasks while the AI handles specific operations, potentially becoming a standard in future operating rooms [14][15]. - The development of a 3D Gaussian splatter scene reconstruction technology allows for rapid creation of realistic virtual surgical environments, significantly reducing the cost of simulation environment construction [12][13].

Core Viewpoint - The article highlights the rapid growth of the pet technology market, driven by AI advancements, and emphasizes the role of FIBOCOM in providing innovative AI solutions for smart pet companionship [2][4]. Group 1: Company Overview - FIBOCOM, founded in 1999, is the first listed wireless communication module company in China (stock code: 300638) and a global leader in wireless communication modules and AI solutions [2]. - The company integrates hardware and software to offer comprehensive solutions that empower various industry applications [2]. Group 2: Market Trends - The global pet technology market is projected to grow from $12.7 billion in 2024 to $41.3 billion by 2032, indicating a significant expansion driven by AI technology enhancing pet care experiences [4]. - The increasing pace of modern life has led to a rising demand for smart pet companionship products that cater to busy pet owners [2]. Group 3: Technological Innovations - FIBOCOM's AI solutions utilize multimodal perception technology to enhance pet interaction, enabling robots to understand pet emotions and needs [9]. - The AI pet companion robots are equipped with advanced visual and auditory capabilities, allowing them to interpret a wide range of pet behaviors and vocalizations [5][7]. Group 4: Interaction Capabilities - The robots can recognize various cat behaviors, such as eating, drinking, and playing, and can alert owners to any unusual activities that may indicate health issues [9]. - They assess emotional states by analyzing subtle facial cues and body language, facilitating more meaningful interactions between pets and their owners [9]. Group 5: Safety and Communication Features - The robots can provide real-time alerts to owners in case of emergencies, such as detecting glass breaking or loud noises [10]. - They support two-way communication, allowing pets to call their owners and enabling remote interaction through voice recognition technology [10][11]. Group 6: Future Directions - FIBOCOM aims to continue collaborating with partners to develop comprehensive smart pet companionship solutions, redefining the interaction between pets and their owners [11].

Core Insights - The article discusses the development of bio-inspired artificial muscles by Northwestern University, which aim to provide robots with unprecedented flexibility and adaptability, moving away from traditional rigid mechanical systems [1][3]. Group 1: Breakthrough in Robotics - The new artificial muscles allow robots to perform complex and delicate movements, mimicking biological muscle contractions and expansions, thus enhancing human-robot collaboration and precision tasks [1][4]. - The research addresses the industry challenge of balancing material performance and driving efficiency in flexible robotics, potentially transforming automation in traditional manufacturing [1][3]. Group 2: Design and Functionality - The artificial muscles are based on a bionic design that combines rigid skeletal structures with soft muscle-like actuators, enabling robots to navigate unstructured environments safely and naturally [4][5]. - The team utilized a 3D-printed structure called "HSA" (Hand-Shear-Assisted) that can stretch and expand, simulating muscle behavior, and is encased in a rubber origami structure for effective actuation [4][5]. Group 3: Practical Applications - A life-sized robotic leg was constructed to demonstrate the capabilities of the artificial muscles, featuring a hard plastic skeleton and rubber tendons, which can absorb impacts and mimic biological movement [8][9]. - The robotic leg, powered by a compact battery, can perform thousands of knee bends on a single charge and successfully execute tasks like kicking a volleyball, showcasing the practical utility of the artificial muscles [9].

Core Viewpoint - The article emphasizes the significance of dexterous hands in industrial robotics, highlighting the innovative design of the Cyborg-H01 dexterous hand by Cyborg Robotics, which addresses the rigorous demands of industrial applications through a bionic approach [1][4][20]. Industrial Demand for Dexterous Hands - Industrial scenarios require dexterous hands to perform high-load, high-durability, and impact-resistant tasks while maintaining cost-effectiveness [3]. - The dexterous hand must handle various materials and withstand repeated operations without failure, making reliability a priority over mere flexibility [13][14]. Cyborg Robotics and Cyborg-H01 - Cyborg Robotics introduced the Cyborg-H01 dexterous hand at WRC 2025, designed specifically for industrial needs using bionic principles [4][22]. - The Cyborg-H01 weighs only 500 grams but can lift up to 10 kg, showcasing its impressive strength and efficiency [6]. Performance Features of Cyborg-H01 - The hand features 16 degrees of freedom, allowing it to perform nearly 100 different hand positions, making it versatile for various tasks [6][9]. - It operates at a low static current of 60mA under 12V, enhancing its energy efficiency for prolonged use [6][19]. Bionic Structure and Advantages - The bionic tendon structure mimics human anatomy, providing a unique advantage in flexibility and reliability compared to traditional drive systems [7][8]. - The choice of ultra-high molecular weight polyethylene fiber for tendons ensures high strength and fatigue resistance, allowing the hand to endure thousands of operations with minimal wear [14][16]. Engineering Philosophy and Innovation - The design philosophy of Cyborg-H01 focuses on learning from nature to create efficient and reliable robotic solutions, balancing performance and cost [20]. - The team’s extensive experience in bionic robotics has led to innovations that address the challenges of flexibility and reliability in industrial applications [17][19]. Conclusion - The Cyborg-H01 represents a significant advancement in the field of industrial robotics, combining bionic design with practical engineering to meet the evolving demands of automation [20][22].