本报记者徐一鸣 曾长期受制于人力局限与流程僵化的传统制造业，宛如一台精密却缺乏弹性的老式钟表，运转效率与创 新空间备受制约。如今，在人工智能技术的深度赋能下，这一局面正发生颠覆性改变。 为期四天的2025世界制造业大会9月20日在安徽省合肥市开幕。《证券日报》记者参与大会并深刻感受 到，从检测精度实现毫米级突破到制造架构完成系统性重构，从企业效率的量化提升到产业格局的深度 重塑，中国制造业正以AI（人工智能）为创新之笔，书写着新型工业化的新篇章。 自主可控是智能制造的核心底色，在2025世界制造业大会上，以"知识产权与人工智能"为主题的对接会 在安徽合肥举行，旨在探索知识产权与人工智能深度融合新路径，推动制造业依托高价值知识产权实现 数智化转型升级。 例如，此次大会展示的"玻璃智能质检一体机"，其核心技术源自中国科学技术大学实验室的专利成果， 通过AI算法与工业场景的深度融合，成功解决了传统玻璃质检效率低、误差大的痛点，并已与多家企 业达成合作意向。 上海大学悉尼工商学院讲师王雨婷对《证券日报》记者表示，制造业AI智能体将成为企业重要财产， 其决策能力可逐步替代传统经验决策，企业需加强智能体研发与知识产权布局 ...

Core Insights - The "Xi'an High-tech Zone Technology Enterprises Going Global Report" highlights the robust resilience of regional economic development and significant potential for foreign trade expansion [1][2] - In 2024, the total import and export value of Xi'an High-tech Zone reached 283.12 billion yuan, marking a 24.3% year-on-year increase, with 1,338 active foreign trade market entities [1] - From January to August 2025, the import and export value was 220.29 billion yuan, reflecting a 17.1% year-on-year growth, with foreign trade accounting for 66% and 71% of the province and city, respectively [1] Group 1: Characteristics of Going Global - Xi'an High-tech Zone's technology enterprises exhibit four main characteristics: distinct hard technology features, private enterprises as the main force in going global, a global reach, and diverse outbound models [1][2] - Key export products include optoelectronic information, intelligent manufacturing, and biomedicine, showcasing a clear hard technology focus [1] Group 2: Diverse Outbound Paths - The report identifies nine outbound paths for technology enterprises, including product exports, technical services, cultural exports, R&D cooperation, overseas investment, overseas project contracting, cross-border e-commerce, capital market resource absorption, and participation in international standard formulation [2] Group 3: Future Strategies - Xi'an High-tech Zone plans to focus on high-end manufacturing, new energy and new materials, and digital services for future outbound projects, promoting "product going global, technology going global, standard going global, and ecology going global" [2] - The establishment of the "Technology Enterprises Going Global Alliance" aims to create a one-stop service system for international cooperation and competition, covering innovation collaboration, market promotion, financial and legal support, and trade logistics [2]

京津产业握手链接洽谈活动举办 协议投资额约107亿元 来源：中国新闻网 编辑：张嘉怡 广告等商务合作，请点击这里 本文为转载内容，授权事宜请联系原著作权人 图为活动现场。(天津市宝坻区供图) 中新网天津9月24日电 (薛淳月)23日，"2025京津产业握手链接洽谈活动"在天津市宝坻区举办。本次活 动现场签约合作项目(事项)44个，协议投资额约107亿元人民币，在产业发展、科技创新、服务配套、 园区共建等多个领域深化合作。 洽谈会上，京津两市领导共同为"天开高教科创园宝坻园"揭牌，低空经济(宝坻)创新实验室等一批协同 创新平台同步揭牌成立。京津合作示范区、京津冀智能网联新能源汽车科技生态港等重点园区作了现场 推介。 活动特别设置央企国企对接专场，天津宝坻区相关委办局、区属国企与9家驻津央国企围绕产业协同升 级、金融效能提升进行深入交流，在合作路径、项目落位等方面达成多项共识。 活动现场，天津银行股份有限公司发布"京津冀产业交流综合金融服务平台"集成建设成果，北京工业大 学、天津市智能制造装备产业协会分别发布创新成果与产业需求，推动科创资源精准对接。 据悉，本次活动为第四届京津产业握手链接洽谈活动。天津宝坻区相关 ...

Core Viewpoint - Keda Intelligent (300222.SZ) has provided robotic arm products to Tesla, but the revenue from this collaboration constitutes a small portion of the overall income from its robotic arm business [1] Group 1 - The company has engaged in a business relationship with Tesla by supplying robotic arm products [1] - The financial impact of the collaboration with Tesla on the company's overall robotic arm revenue is minimal [1]

9月24日，2025中国国际工业博览会长三角高端产业创新暨具身智能发展大会在上海举办，大会以"智造 长三角·链动全生态"为主题，通过搭建政企直通、供需匹配的产业交流平台，为长三角高端产业与具身 智能产业高质量发展破题赋能。 首批核心成员单位为：上海长三角智能制造产业促进中心、浙江中坚科技股份有限公司、人工智能研究 院、江南大学、动界智控(上海)科技有限公司、上海傅利叶智能科技有限公司、京东方科技集团股份有 限公司、江苏雷利电机股份有限公司、斯坦德机器人(无锡)股份有限公司、浙江福莱新材料股份有限公 司、浙江荣泰电工器材股份有限公司、广东豪美新材股份有限公司等。 上海市经济信息化工作党委书记程鹏在致辞中表示，上海制造业基础雄厚，产业链条完整，当前正在全 力贯彻落实国家战略，加快建设世界级具身智能产业集群。目前已经初步构建起了涵盖上游核心零部 件，中游本体制造，下游集成服务的完整链条。产业聚集效应日渐凸显，特别是在人工智能算法优化， 机器人精准控制等一系列关键技术环节，实现了创新突破，部分成果已经达到了国际先进水平。 "面向未来，上海将进一步加强全市统筹布局，加快推进智能终端产品开发和核心零部件研发生产，培 育新 ...

刘平进一步表示，长宁将持续建设都市科创策源地，并以"金牌店小二"式服务，助力企业在长宁心无旁骛谋发展；以"上海硅巷"建设为抓手，赋能企业 技术创新；以多方合作为契机，促进产业高质量发展。 现场，上海长三角智能制造产业促进中心和浙江中坚科技股份有限公司联合相关单位共同发起成立"长三角具身智能产业联合体"，旨在构建"政府引导 +链主带动+市场化运作"的创新生态，通过建立技术攻关项目池、高端人才共享池、应用场景资源池，推动跨区域的协同创新。 首批核心成员单位为：上海长三角智能制造产业促进中心、浙江中坚科技股份有限公司、人工智能研究院、江南大学、动界智控(上海)科技有限公司、 上海傅利叶智能科技有限公司、京东方科技集团股份有限公司、江苏雷利电机股份有限公司、斯坦德机器人(无锡)股份有限公司、浙江福莱新材料股份有限 公司、浙江荣泰电工器材股份有限公司、广东豪美新材股份有限公司等。 此外，中国移动通信集团上海有限公司联合相关单位成立"智能制造供给侧联盟暨智能制造服务平台"，旨在助力上海打造智能制造系统集成千亿产业集 群、构建万亿级智能制造产业生态。 联盟将立足上海辐射全国，整合本地企业、高校科研院所、服务商资源，形成技术 ...

在智能制造赛道，中兴通讯"数字矩阵赋能智能制造降本提质"项目通过数据"供、流、用"全链路能力， 结合5G、中兴星云大模型落地智能排产、AI质检等场景，使得标准成本降13.1%，智能质检年省人力超 1000万元。 在文化旅游赛道，湖南快乐阳光互动娱乐传媒有限公司"高质量音视频数据赋能文化内容智能生产，驱 动主流媒体系统性变革"项目的"数据流通×智能服务×生态赋能"三维商业模式成效显著，数据流通板块 通过API调用与定制化交付等方式，预计实现年收入1000万元至1700万元；智能服务板块为行业客户提 供SaaS与定制化解决方案，预计实现年收入1000万元至5500万元，生态赋能板块与创作者合作，预计内 容生产与工具订阅收入三年内将从3500万元增长至1.5亿元。 在现代农业赛道，湖南惠农科技有限公司、哈尔滨工业大学、中移物联网有限公司联合申报的"以数惠 农：模型+场景双轮驱动农业全产业链数智化升级"项目，以"农业垂直大模型+10大创新应用场景"破 局，致力于解决"种什么、怎么种和怎么卖"的"铁三角"困境，推动农业产业从"传统经验驱动"向"数据 智能驱动"跃迁，已服务超5200万用户，落地全国100多个县域，登记十 ...

Core Viewpoint - The article discusses the progress and achievements in building a strong education system during the "14th Five-Year Plan" period, emphasizing the role of higher education in supporting economic development and technological innovation [1][3]. Group 1: Higher Education's Role - Higher education institutions have become the main force in national basic research and a source of major technological breakthroughs, providing a rich talent resource for economic resilience [3][5]. - "Double First-Class" construction is highlighted as a key initiative, with these universities producing over 50% of the country's master's degrees and 80% of doctoral degrees, fulfilling over 90% of national high-level talent training tasks [5][6]. - A significant reform allows students to apply for degrees based on practical achievements, such as patents and product designs, rather than traditional thesis requirements, marking a shift towards innovation-driven education [6][9]. Group 2: Technology Transfer and Innovation - During the "14th Five-Year Plan," over 75% of national natural science and technology invention awards came from universities, indicating their pivotal role in advancing high-level technological self-reliance [9]. - Universities are establishing regional technology transfer centers and optimizing university science parks to create a comprehensive system for technology commercialization, facilitating the transition from research to market [9][10]. - Notable examples include the establishment of various research institutes and technology transfer platforms that have successfully connected over 4,800 university research outcomes with industry [10][11]. Group 3: Vocational Education and Industry Support - Vocational education is crucial for supporting industrial upgrades, with China having the world's largest vocational education system, comprising over 9,300 secondary vocational schools and 1,562 higher vocational institutions [12][13]. - The government plans to add 12,000 new vocational programs during the "14th Five-Year Plan," with 50% focused on engineering and technology fields, enhancing the alignment of skills training with regional economic needs [12][13]. - Collaborative programs between universities and enterprises, such as the "on-site engineer" class, aim to improve students' practical skills and adaptability to complex manufacturing environments [13].

Core Insights - The third National Skills Competition showcased 348 participants competing for 106 medals across various projects, highlighting the emergence of new fields and innovative participants [1][2] - The competition emphasized the importance of new professions and skills in driving industrial transformation and innovation, with a focus on high-quality human resources [4][8] Group 1: New Professions - The competition featured 17 new profession categories, including roles such as drone operators and industrial vision system maintenance personnel, reflecting the direction of new productive forces [1] - New professions like artificial intelligence trainers and carbon emission managers provide platforms for high-skilled talent, while the growth of the digital economy creates opportunities for diverse groups [4] Group 2: New Skills - The competition highlighted the increasing complexity of skills required, particularly in mechatronics, which integrates multiple disciplines and demands continuous skill enhancement [5] - Participants in the smart manufacturing engineering project demonstrated the need for a broad knowledge base and practical skills to adapt to industry advancements [6] Group 3: New Opportunities - The competition revealed a significant demand for skilled engineers in digital operations and automation, particularly in industries like injection molding [9] - Recent reports indicate a high demand for talent in core areas such as 5G technology and artificial intelligence, emphasizing the need for educational institutions to align with industry requirements [11] Group 4: Policy and Development - The Ministry of Human Resources and Social Security plans to implement a new vocational skill grading system to enhance the recognition and treatment of skilled labor [12] - Recommendations include strengthening industry-education integration to better prepare students for real-world challenges and improve their skill sets [11]

Core Insights - The third National Skills Competition showcased 348 participants competing for 106 medals across various projects, highlighting the emergence of new fields and the need for skilled talent in evolving industries [1][2] New Professions: Shaping Industry Development - The competition featured 17 new profession categories, including roles in smart connected vehicles and industrial vision systems, reflecting the direction of new productive forces [1][2] - New professions are products of industrial transformation and innovation, providing high-skilled talent with new opportunities in the digital economy and platform economy [2] New Skills: Reflecting Talent Demand Trends - The competition emphasized the integration of multiple disciplines in projects like mechatronics, requiring participants to possess a broad knowledge base and practical skills [3][4] - A significant portion of participants held advanced degrees, indicating a growing demand for high-skilled talent in cutting-edge technology fields [4] New Opportunities: Opening New Career Paths - The competition highlighted the urgent need for skilled engineers in digital operations and automation within industries such as injection molding [5] - Reports indicate a high demand for talent in core areas like AI and 5G technology, emphasizing the importance of industry-education integration for talent development [5][6] Enhancing Skills and Recognition - The competition aimed to improve the recognition and treatment of skilled workers, with awards and titles like "National Technical Expert" for top performers [6] - The Ministry of Human Resources and Social Security plans to implement a new skill level system to enhance the status and compensation of skilled laborers [6]