北京商报讯（记者 陶凤 王天逸）1月9日，智元AGIBOT发布消息称，近日全球权威市场研究机构Omdia 正式发布《通用具身机器人市场雷达》报告，系统分析了2025年全球人形机器人的市场趋势、关键商用 指标与综合技术实力。报告显示，中国厂商整体领跑全球，其中智元（AGIBOT）在2025年出货量与市 场份额均位列全球第一。 报告指出，2025 年全球人形机器人市场迈入快速增长阶段，全年总出货量预计达 1.3 万台。中国厂商在 规模化量产与出货量方面表现突出，其中智元以超过 5100 台的年度出货量，占据全球 39% 的市场份 额，在出货量与市场份额两项关键指标上均位居全球第一。 ...

近日，全球权威市场研究机构Omdia正式发布《通用具身机器人市场雷达》报告，系统分析了2025年全 球人形机器人的市场趋势、关键商用指标与综合技术实力。报告指出，2025年全球人形机器人市场迈入 快速增长阶段，全年总出货量预计达1.3万台。中国厂商在规模化量产与出货量方面表现突出，其中智 元以超过5100台（确切数字为5168台）的年度出货量，占据全球39%的市场份额，在出货量与市场份额 两项关键指标上均位居全球第一，宇树紧随其后。 ...

新浪科技讯 1月9日上午消息，据权威市场研究机构Omdia发布《通用具身机器人市场雷达》报告，2025 年全球人形机器人市场迈入快速增长阶段，全年总出货量预计达1.3万台。中国厂商在规模化量产与出 货量方面表现突出，其中智元以超过5100台的年度出货量，占全球39%市场份额，在出货量与市场份额 两项关键指标上均位居全球第一。 新浪科技讯 1月9日上午消息，据权威市场研究机构Omdia发布《通用具身机器人市场雷达》报告，2025 年全球人形机器人市场迈入快速增长阶段，全年总出货量预计达1.3万台。中国厂商在规模化量产与出 货量方面表现突出，其中智元以超过5100台的年度出货量，占全球39%市场份额，在出货量与市场份额 两项关键指标上均位居全球第一。 据悉，Omdia采用热力图模型对全球主流厂商进行了综合评估，涵盖产品形态、负载性能、灵巧操作、 感知导航、AI学习、定制便捷、规模量产、规模商用共八项维度。智元在其中六项评估维度中获得最 高评级。 责任编辑：宋雅芳 据悉，Omdia采用热力图模型对全球主流厂商进行了综合评估，涵盖产品形态、负载性能、灵巧操作、 感知导航、AI学习、定制便捷、规模量产、规模商用共八项维 ...

活动现场，智元首次面向公众开放远征、灵犀、精灵三大生产基地，通过直播全景呈现机器人出厂的全 过程。"从早期小批量试产的产线磨合，到基于技术、供应链与市场三重考量的规模量产，智元已实现 了全链路能力的跃升。"彭志辉现场分享了量产进阶之路。 其中，灵犀X1/X2系列1846台，远征A1/A2系列达1742台，精灵G1/G2系列为1412台。 据悉，第5,000台下线的机器人灵犀X2，由彭志辉亲自交付给黄晓明，将入驻其个人工作室，探索人形 机器人在文娱场景中的创新应用。 12月8日，智元机器人宣布其通用具身机器人累计下线突破5000台。 据智元机器人合伙人、高级副总裁、通用业务部总裁王闯介绍，"第5000台产品下线，代表着公司已具 备批量出货能力，后续公司的人形机器人出货量也将很快达到5000台。" 本文系观察者网独家稿件，未经授权，不得转载。 他表示，目前智元已完成机器人本体、三大智能技术的快速迭代，灵创&灵心&精灵平台及灵渠OS等技 术生态也已臻完善；并持续构建了稳定的核心零部件、传感器等供应链，为规模化生产筑牢根基；另 外，其解决方案也从单一场景进一步拓展到多元场景，推动了智元的商业化版图持续扩张。 ...

Core Viewpoint - The acquisition offer for Shangwei New Materials has reached a significant milestone, with a substantial percentage of shares being accepted, indicating strong investor interest and confidence in the company's future growth potential [2][4]. Summary by Sections Acquisition Details - On October 29, Shangwei New Materials announced the expiration of the acquisition offer from Shanghai Zhiyuan Hengyue Technology Partnership, with a total of 22 shareholders accepting the offer, amounting to 136 million shares, which represents 33.63% of the company's total shares [2][3]. - The acquisition price was set at 7.78 yuan per share, and after the completion of the acquisition, Zhiyuan Hengyue will hold 58.62% of the company, while it and its concerted parties will collectively own 63.62% [3][4]. Strategic Intent - Zhiyuan Hengyue, established by Zhiyuan Innovation (Shanghai) Technology Co., Ltd. and its core management team, aims to enhance control over Shangwei New Materials and recognizes the long-term value of the company and the A-share market's capacity for technological and industrial innovation [5]. - The acquisition is characterized as a proactive offer, not a mandatory one, and does not intend to terminate the listing status of Shangwei New Materials [5]. Company Performance - Following the announcement of the acquisition, Shangwei New Materials' stock price surged dramatically, becoming the first "10-bagger" of 2025, with a cumulative increase of 1290% since July 9 [6]. - As of October 28, the stock price reached 108.21 yuan per share, resulting in a total market capitalization of 43.6 billion yuan [7].

Core Viewpoint - The announcement of the completion of the tender offer for the shares of Shangwei New Materials has led to the resumption of its stock trading, with significant shareholder participation and a notable increase in stock price since the announcement [2][5][6]. Group 1: Tender Offer Details - The tender offer period for Shangwei New Materials, initiated by Zhiyuan Hengyue, has concluded, with a total of 22 shareholders participating and offering 136 million shares, representing 33.63% of the company's total shares [3][5]. - The offer price was set at 7.78 yuan per share, and after the completion of the tender offer, Zhiyuan Hengyue will hold 58.62% of the company's shares, while its concerted actions will account for 63.62% [5][6]. Group 2: Strategic Intentions - Zhiyuan Hengyue aims to enhance its control over Shangwei New Materials and recognizes the long-term value of the company, intending to support sustainable development and protect the interests of minority shareholders [5][6]. - The tender offer is characterized as a proactive initiative rather than a fulfillment of a legal obligation, with no intention to delist Shangwei New Materials from the stock market [5][6]. Group 3: Company Performance and Market Reaction - Following the announcement of the tender offer, Shangwei New Materials' stock price surged dramatically, becoming the first "10x stock" of 2025, with a cumulative increase of 1290% since July 9 [6]. - As of October 28, the stock price reached 108.21 yuan per share, resulting in a total market capitalization of 43.6 billion yuan [9].

Core Insights - The article highlights the launch of two humanoid robots, DOBOT ATOM and DOBOT ATOM-M, by the company Yuejiang Robotics at the 2025 China International Industry Fair (CIIF) [1] - The company announced the achievement of collaborative and normalized operations for multi-modal general-purpose robots [1] Group 1 - The newly released humanoid robots, along with multi-legged robotic dogs and collaborative robotic arms, successfully completed a full range of tasks from material sorting and transportation to precision assembly on the "super factory" demonstration platform [1] - Yuejiang Robotics aims to address the manufacturing industry's demand for flexible production by evolving robots from single execution tools to intelligent agents with integrated perception, decision-making, and execution capabilities [1]

Core Viewpoint - The acquisition of a majority stake in A-share listed company Wisen Technology by Zhiyuan Robotics marks a significant step in the development and deployment of humanoid robots in industrial settings, showcasing their capabilities through a live demonstration of the A2-W robot [1][2]. Group 1: Company Developments - Zhiyuan Robotics plans to acquire at least 63.62% of Wisen Technology's shares through a combination of equity purchases and further increases in holdings [1]. - The A2-W robot demonstrated its operational capabilities by completing tasks in a live broadcast, showcasing its ability to work in both fixed and generalized scenarios [2][3]. - The A2-W robot can perform tasks with a 0% error rate over a 3-hour period, handling over 800 turnover boxes, and is designed for high-intensity work environments [2][3]. Group 2: Technological Advancements - The A2-W robot features advanced capabilities such as multi-modal perception, dynamic obstacle avoidance, and autonomous path planning, allowing it to work safely alongside human operators [2][3]. - Equipped with a fisheye camera and a six-dimensional force sensor, the A2-W can identify object weight and detect blockages, enhancing its operational stability [3]. - The robot's dual-arm design allows it to handle various sizes and weights of boxes, and it can autonomously adjust its posture for effective handling [2][3]. Group 3: Industry Context - The manufacturing industry faces challenges such as labor shortages and high labor costs, making humanoid robots like the A2-W essential for flexible production needs [4]. - Traditional industrial robots are limited in adaptability, while humanoid robots can perform complex tasks in dynamic environments, thus addressing the need for flexible production [4]. - The collaboration between Zhiyuan Robotics and Fulin Precision highlights the growing importance of humanoid robots in industrial applications, with expectations for further advancements in speed, load capacity, and adaptability [3][4]. Group 4: Strategic Partnerships - Zhiyuan Robotics has established partnerships with various companies, including Fulin Precision and Annu Intelligent, to enhance its robot application solutions and services [5][6]. - The company has invested in multiple upstream and downstream enterprises within the robotics industry, aiming for a comprehensive layout in robot manufacturing and application [6]. - Future plans include accelerating the iteration of robot bodies and algorithms to promote the large-scale application of humanoid robots in various industrial scenarios [7].