格隆汇12月5日丨机器人(300024.SZ)在投资者互动平台表示，公司应用于半导体领域真空环境下的产 品，如真空机械手类产品的主要构件材料为铝合金与不锈钢，不使用工程塑料结构件。目前公司上述产 品主要在ISO CLASS 1洁净度标准下进行作业。 ...

（原标题：全国首条"百千万工程"低空航线启航：华强北30分钟直达博罗） 21世纪经济报道记者 雷若馨 深圳报道 12月4日下午，一架蓝色直升机从深圳福田华强北的中心公园草坪升空，飞向惠州博罗县横河镇郭前村。 这并非一次普通的飞行，而是全国首条正式嵌入"百县千镇万村高质量发展工程"的低空航线的首次载人启航。航线单程飞行时间约30分钟，将以 往两地间数小时的地面车程缩短70%，标志着粤港澳大湾区在低空经济商业化、区域协同制度化方面迈出关键一步。 在活动现场，鹏城低空、广东启航、大象机器人、君尚购物中心等来自低空经济、机器人、智能硬件、农业消费等领域的企业代表，与博罗方面 集中签约。华强北街道党工委副书记、办事处主任陈泳彬表示，签约标志着双方从传统招商走向"资源共建、产业共塑、项目共推"的深层合作。 首航现场："华强北六宝"与"博罗六宝"的空中连线 而在直升机抵达博罗后，也将带回"博罗六宝"：广东瑞讯光电的光学电子元器件，以及老鸭供松花皮蛋、"供蚝事"素蚝油、罗浮山腐竹、三黄胡 须鸡、福田菜心面等特色农产品。 华强北街道经济发展办公室副主任胡华武在接受采访时指出，此次航线启航的核心意义在于实现两大突破：率先实现了低 ...

2025 年 12 月 4 日 星期＝ 天 首 区 " 潮 武汉市武昌区因地制宜发展新质生产力一线观察 本报记者 统 琦 不仅是建筑形态的突破,更是武昌从 力量矿"向"创新高比"转型的条正 武昌辖区拥有武汉大学生中国科学 文汉分院等 26 家高校园所有中国 20 20 万 ,是全国知名的智力资本 区。近年来,为推进科敦人才优势 新发展优势转化，一条围绕中国科 武汉分院和武汉大学的"环大学的"环大学" 2展带"运新被撞击败" 1 "力争用 5 一 10 年的时间 - 首赛集 1 女婴企业超 1000家, 实现片百集 E超 500 亿元。"式昌区经科局有关 人介绍,中科·武大智谷环高校院房 r发展带片区规划面积 3.9 平方公 软托 28 名两院院士、10 个全国重 验室的地厚科教实力,在新建 3 座 质楼宇的同时,引导 6 栋在量接学 新兴产业"腾笼换乌",致力打造中 区产业创新高出 早在今年３月,武昌区成立了中科武 谷村创产业破仑发展中心,通过教育 人,市安,利研院所,金融机构等多方资 均建"１ 靖+7 中心 的"十年" 系,涵盖项目孵化,企业培育,招聘"明 课备,全方位为创业者提供指导。 武汉大学测给学院在 ...

Core Viewpoint - The company has completed its industrial layout in robot harmonic reducers and planetary reducers through its subsidiary Anhui Ruisi Bo, and has been designated as a supplier for the Qizhong Robot project, providing harmonic reducers for humanoid robots [1] Group 1 - The company is actively involved in the robotics sector, focusing on harmonic reducers and planetary reducers [1] - Anhui Ruisi Bo has secured a key project with Qizhong Robot, indicating a strategic partnership in the robotics industry [1]

Core Viewpoint - The company is actively developing and manufacturing products for two robot system clients, focusing on industrialization capabilities for various components, including planetary gear reducers and harmonic reducers [2]. Group 1: Company Developments - The company has been involved in the acquisition of Chery's transmission for nine years, successfully supporting Chery's traditional transmission systems and generating significant profits [2]. - The company is collaborating with Yushu Robotics and has signed a supply agreement, indicating a strategic partnership in the robotics sector [2]. Group 2: Product Development - The company is currently developing 11 products for two robot system clients, which include individual components such as planetary reducers, harmonic reducers, and joint modules [2]. - There is a strong emphasis on expanding the business of robot joint modules, with efforts to attract additional robot system clients [2].

Core Insights - Shandong province is actively enhancing its talent attraction and development strategies, aiming to become a highland for talent aggregation by 2025, evidenced by the addition of 5 academicians and 3 foreign academicians [1][2] Group 1: Talent Development Strategies - The province has implemented a comprehensive talent work system based on four lists: work mechanisms, institutional arrangements, talent policies, and target tasks, promoting a new governance model for talent development [1][2] - Shandong has launched the "Party Secretary Talent Work Project," focusing on major talent policies and key talent engineering, with 1870 projects implemented across 16 cities and 136 counties [2] Group 2: Talent Attraction and Retention - Over 180 academicians and more than 9600 high-level talents have been attracted to Shandong, with an average annual influx of over 800,000 young talents in the past three years [2] - Shandong's cities, including Jinan and Qingdao, have been recognized as talent-friendly cities for 2025, enhancing their attractiveness and capacity to retain talent [3] Group 3: Infrastructure and Policy Support - The province is upgrading key talent platforms, including the establishment of new educational institutions and major scientific infrastructure, to support talent development [3][4] - Shandong has introduced various policies to facilitate talent recruitment and entrepreneurship, significantly benefiting high-level talents like those in the robotics sector [4][5] Group 4: Education and Innovation - The province is optimizing its education system to align with talent needs, adjusting 1458 academic programs and establishing 406 new emerging majors, with a focus on high-tech industries [4] - Shandong is promoting the integration of talent supply, education, and industry needs through a "four-chain" approach, enhancing the overall innovation ecosystem [4][6]

Core Viewpoint - Wanliyang (002434) is actively developing and manufacturing 11 products for two robot system customers, focusing on planetary gear reducers, harmonic reducers, and joint modules [1] Group 1: Product Development - The company is engaged in the development and manufacturing of products including planetary reducers, harmonic reducers, and joint modules [1] - There is a strong emphasis on building industrial manufacturing capabilities for these products [1] Group 2: Market Expansion - The company is aggressively exploring opportunities with other robot system customers to enhance its joint module business [1] - Efforts are being made to continuously grow and strengthen the company's robot joint module business [1]

关于全资子公司出售资产暨关联交易完成的进展公告 本公司董事会及全体董事保证公告内容不存在任何虚假记载、误导性陈述或者重大遗漏，并对其内容的 真实性、准确性和完整性依法承担法律责任。 一、交易概述 证券代码：688165 证券简称：埃夫特 公告编号：2025-072 埃夫特智能机器人股份有限公司 二、本次交易的进展情况 截至本公告披露日，WFC已收到所有的股权转让款项。本次交易完成。 特此公告。 埃夫特智能机器人股份有限公司董事会 2025年12月3日 埃夫特智能机器人股份有限公司（以下简称"公司"）全资子公司EFORT W.F.C. Holding S.p.A.（以下简 称"WFC"）拟将其持有的GME Aerospace Indústria de Material Composto S.A.（以下简称"GME"）22%股 权作价600万欧元出售给Spectre S.r.l.（以下简称"Spectre"）。同时，Spectre拟以此前向GME提供的股东 贷款1,000万欧元对GME定向增资。本次交易完成后，WFC持有GME的股权比例将由48.99%下降为 19.76%。 具体内容详见公司分别于2025年7月1 ...

Core Viewpoint - The article highlights the launch of the T800 humanoid robot by Zhongqing Robotics, emphasizing its advanced features, design improvements, and production plans aimed at meeting increasing market demand. Group 1: Product Features - The T800 humanoid robot is available in four configurations: Basic, Ecological (Open Source), Sharp (Pro), and Flagship (Max), with a starting price of 180,000 yuan [1] - The T800 has undergone significant design changes, with its weight reduced from 85 kg to 75 kg and height from 1.85 m to 1.73 m, enhancing its adaptability for various industrial and commercial applications [3][4] - The robot features a lightweight body made from aerospace-grade aluminum alloy, ensuring durability and high performance in extreme conditions [4] - It incorporates a dynamic interaction light strip and a multi-mode lighting system for improved human-robot interaction [6] - The T800 is equipped with a self-developed integrated joint module capable of delivering a peak torque of 450 N·m, allowing for highly flexible movements [7][10] - The robot's advanced sensing capabilities enable it to navigate complex environments with precision, utilizing a 360° omnidirectional laser radar system [10] Group 2: Technological Innovations - The T800 features a fully self-developed multi-dimensional sensing dexterous hand, designed to replicate human hand movements and capable of performing both heavy-duty and precision tasks [12][14] - It is the first humanoid robot to utilize a solid-state battery, achieving a stable operational time of 4-5 hours, significantly improving upon traditional battery limitations [15] - The robot includes an active cooling system for its joints, ensuring stable performance during prolonged operations [17] Group 3: Production and Market Strategy - Zhongqing Robotics plans to establish manufacturing bases in Shenzhen and Henan, targeting an annual production capacity of 10,000 robots by 2025 [18][20] - The company aims to rapidly scale production in response to increasing orders, with plans for a 12,000 square meter manufacturing facility in Shenzhen [18] - A new subsidiary will be established in Zhengzhou to support the production of 5,000 robots annually, with a vision to create a global manufacturing center in the region [20]

Core Insights - China has become the world's largest market for industrial robots since 2013, with a significant annual increase in installation volume, leading to a robot density of 392 units per 10,000 people by 2022, indicating a high level of automation in manufacturing [1] - The book by Professor Xu Yi explores the impact of automation on laborers, including the challenges they face and strategies to cope with technological encroachment [1][2] - The development of "appropriate technology" is suggested as a way to create diverse technologies that are tailored to local conditions, promoting labor-intensive solutions rather than capital-intensive ones [5][7] Summary by Sections Automation and Labor Market - The rise of automation, AI, and other technologies poses significant challenges to the labor market, prompting a need for reflection on the motivations behind the relentless pursuit of these technologies by capital [2] - The role of the state is emphasized in balancing the threats posed by technology to society and exploring diverse technological advancements that can enhance productivity while benefiting the public [2] Appropriate Technology - "Appropriate technology" is defined as technology designed to fit local environmental, cultural, and economic conditions, often favoring labor-intensive methods [5] - Examples include solar cooking devices in Africa that utilize locally available materials and a universal nut sheller that significantly increases efficiency for nut farmers, demonstrating the potential of low-cost, environmentally friendly solutions [6] Considerations for China's Technological Development - China, as a populous nation, is advised against fully adopting "unmanned" technologies, as the efficiency advantages of automation may diminish over time [7] - The diversity of China's geography and culture necessitates the development of varied technologies that respect local characteristics and prevent the homogenization of modernization [7] - The importance of incorporating laborers' wisdom and participation in technology development is highlighted, suggesting that their experiences can lead to innovative and sustainable solutions [8]