（来源：河北日报） 转自：河北日报 □本报记者 郭贵领 邢 云 河北雄安中协建材科技有限公司杨万伦建议，建立细分领域企业对接机制，让上下游"手拉手"闯市场； 广东省河北安平商会会长纪双涛则带来一个具体方案：在广东设立安平丝网常年展厅，让"安平制造"直 接面向大湾区…… 2月12日，腊月廿五，安平县城街头挂上了红灯笼。下午2时，一场别开生面的新春"问计会"开得热气腾 腾。 上海沪安商贸协会秘书长冯占领第一个发言："安平丝网种类已足够丰富，但在高端产品制造上，我们 对市场信息的捕捉还不够敏锐。不能只盯着眼前订单，得沉下心做品质、树品牌。" 从江苏赶回的王京接着说："今年我们计划再投5亿元建厂，手续跑得比预想的顺多了。"他话锋一转， 向在座老乡们发出邀请："家乡的营商环境，我替大家试过了，值得回来！" "安平的大门永远敞开。今年全县将深入实施共享智造突破年、数字转型提升年等四大行动，加快推进 丝网产业智能化、绿色化、融合化发展。"赵东钊语气恳切，"各职能部门一定当好服务员，从落地到投 产，全周期跟进、全要素保障。哪怕只是回来走走、提提意见，我们也热忱欢迎"。 建议一个接一个抛出来—— 没有主席台，不设发言席，县四大 ...

发展新质生产力是推动高质量发展的内在要求和重要着力点。"十五五"时期，必须把因地制宜发展新质 生产力摆在更加突出的战略位置。 "十五五"开局之年首次地方考察，习近平总书记来到位于北京亦庄的国家信创园，详细了解信息技术创 新应用等情况，仔细察看人工智能、机器人等科技创新成果展示，频频同科研人员和科技企业负责人代 表交流。 "清华国重基地两业融合示范园区推动科技创新和产业创新深度融合，让更多创新从'实验室'走向'大市 场'。"北京市发展和改革委员会产业处处长李彬说。 考察期间，总书记听取北京市委和市政府工作汇报，强调"统筹教育科技人才一体发展，强化科技创新 和产业创新深度融合，大力发展新质生产力"。 习近平总书记2023年在地方考察调研时首次提出发展新质生产力，此后又在多个场合作出重要论述，系 统回答了新质生产力的核心要义、本质要求和科学方法等一系列理论和实践问题。这些重要论述进一步 丰富和发展了习近平经济思想，具有重大理论和现实意义。 各地认真贯彻落实习近平总书记关于因地制宜发展新质生产力的重要论述，牢牢把握在全国发展大局中 的战略定位，立足自身定位、资源禀赋、产业基础，在因地制宜发展新质生产力、培育壮大新动能 ...

新华社石家庄2月10日电 挑起一根直径0.011毫米的不锈钢微丝进行观察，需要用一个纤细的镊子在泛着 金属冷光的线圈上万分小心地拨弄，然后再缓缓置于高倍显微镜下观察。 0.011毫米，几乎是一根发丝的十分之一。这根即将用于高端光伏面板制造的微丝，曾经是河北省衡水 市安平县——"中国丝网之乡"难以跨越的技术高峰。 近年来，安平县通过"众筹科研+产业大脑+综合保障"组合拳，从技术研发、要素共享、政策保障三方 面提升传统产业，打造县域新质生产力。 破局之钥："众筹科研"辟新路 安平县鑫河金属丝网有限公司总经理李少秋有着这样的回忆： 曾经，全县有上万家丝网企业，涵盖21万从业人员，5.8万台织机日夜轰鸣。产业规模庞大却深陷"成长 的烦恼"，在很多老旧车间里，基于20世纪90年代技术改进的织机仍在运转，效率与精度难以满足高端 市场的需求。 "当时公司每年从国外进口近百吨高端丝材，成本高昂不说，还常常受制于人。我们也想搞研发，但单 个中小企业对高投入、高风险的技术攻关根本不敢冒进。"李少秋说。 转机，始于一场"破釜沉舟"的合作。 2024年10月，面对"0.011毫米不锈钢微丝生产"这一行业难题，安平县创新推出"众筹科研 ...

Core Viewpoint - The article highlights the transformation of the traditional silk screen industry in Anping, Hebei, which has become a billion-dollar industry by optimizing and upgrading its production capabilities, as emphasized in the "14th Five-Year Plan" [1] Group 1: Industry Overview - Anping's silk screen industry accounts for over 80% of the national silk screen product output, indicating its significant role in the market [1] - The industry has evolved from relying on outdated weaving machines and imported silk materials to developing new production capabilities [1] Group 2: Strategic Development - The "14th Five-Year Plan" prioritizes the optimization and enhancement of traditional industries, positioning the development of new quality productive forces as a strategic focus [1] - The article discusses how Anping has successfully navigated challenges to foster new productive forces within its traditional industry [1]

Core Viewpoint - The transformation of traditional industries, particularly in Anping's wire mesh sector, highlights the importance of upgrading equipment and fostering innovation to enhance competitiveness and capture high-end markets [1][19]. Group 1: Industry Overview - Traditional industries are crucial for the national economy, accounting for about 80% of the manufacturing value added [1]. - Anping, known for its wire mesh production, contributes over 80% of the country's wire mesh products, representing a billion-level industry [1][17]. Group 2: Challenges Faced - Anping's wire mesh enterprises faced significant challenges due to outdated machinery, leading to inefficiencies and reliance on imported high-end equipment [3][4]. - The industry was characterized by a "scattered, small, and weak" structure, resulting in a price war that hindered growth [4][6]. Group 3: Solutions Implemented - Anping adopted a self-reliant approach to upgrade machinery, resulting in over 10,000 equipment updates in just a few years [6][8]. - The introduction of smart manufacturing led to a 35% increase in efficiency and a 25% reduction in costs for companies [8]. Group 4: Collaborative Innovation - To address the high-end material supply issue, Anping initiated a "crowdsourced research" model, involving various stakeholders to tackle technical challenges collaboratively [12][14]. - This approach resulted in the successful production of high-precision stainless steel micro-wires, which were previously imported [14][17]. Group 5: Market Impact - The shift towards high-end products has increased their share from less than 10% to 30% in Anping's product structure [17]. - By 2025, Anping's wire mesh enterprises are expected to see over 20% growth in export performance, covering more than 190 countries and regions [17][19]. Group 6: Future Directions - Anping aims to enhance its industrial competitiveness through shared manufacturing, digital transformation, and quality improvement [19][20]. - The transformation serves as a model for understanding and developing new productive forces rooted in existing industrial foundations [20].

走进河北省安平县河北丝筘金属制品有限公司车间，一台台智能编织机整齐排列，细如发丝的金属丝在 机杼间穿梭，织出一张张薄如蝉翼的金属网。"该产品是我们通过众筹科研攻关的项目，不仅打破了国 外技术垄断，价格还降了三分之一。"该公司总经理刘彦辉说。 "共享模式让我们轻装上阵。"编网人丝网科技（安平）有限公司总经理马瑞说，企业以较低成本用上先 进产线，让企业能够把更多资金和精力投入到产品创新和市场拓展中。 作为全国唯一一家专业从事丝网产品检测、试验方法制定的技术机构，安平省级丝网产品质量监督检验 中心，拥有36个专业实验室及250余台（套）国内外先进仪器设备，基本满足现有丝网产品的各类检验 要求。"我们开放实验室，为企业提供共享检测服务。"河北省丝网产品检验检测中心主任闫明说，以往 企业送检需耗时数周，如今压缩至1至3个工作日。 河北安平有"中国丝网之都"之称，全县丝网工贸企业超过1.6万家，产品涵盖400多个品种6000多种规 格，编织类丝网出口量占全国80%，是河北省首个千亿级国家级中小企业特色产业集群。然而，龙头企 业少、设备智能化水平低、同质化竞争严重等大而不强的问题也曾困扰这里。 如何破局？安平以"共享"为钥 ...

Group 1: Agricultural Development - Hebei has established a facility vegetable industry cluster around Beijing, achieving a 42.5% market share in Beijing's wholesale vegetable market by 2024 [5] - The province has cultivated nine key vegetable-growing counties, each with over 200,000 acres, and has built 183 vegetable bases in collaboration with Beijing, supplying over 500,000 tons annually [5] - Hebei promotes smart planting technologies, including intelligent temperature control and integrated water and fertilizer systems, to enhance traditional farming practices [5] Group 2: Urban Development - Shijiazhuang has constructed and opened 62 pocket parks this year, exceeding the target of 50, enhancing urban green spaces and improving residents' quality of life [8] - The parks are designed with unique themes, such as the "Lingyu Park," which integrates cultural elements into its landscape, promoting a blend of culture and environment [8] Group 3: Economic Growth and Innovation - Xiong'an New Area is progressing towards becoming a modern city with an annual investment of 200 billion yuan and a GDP growth rate of 17.1%, focusing on quality and sustainability [6] - Hebei's "shared intelligent manufacturing" initiative aims to upgrade county-level industrial clusters, addressing issues like small scale and low efficiency, with 107 clusters now covered by this model [10] - The province has established 194 shared factories, engaging 18,000 enterprises to improve operational efficiency, as seen in the Anping wire mesh cluster and Ningjin cable base [10] Group 4: Talent Acquisition - The 16th Hebei High-level Talent Introduction and Exchange Conference attracted over 13,000 talents from 263 universities, focusing on the province's eight key industries [11] - The event featured 25 quality technology projects for roadshows and invited financial institutions to facilitate collaboration, aiming to attract technology, projects, and capital to Hebei [11]

Core Insights - Hebei Province is leveraging its historical strengths in county-level industrial clusters to drive economic development through innovation and efficiency improvements [1][25] - The province has established 107 provincial-level key characteristic industrial clusters, focusing on quality upgrades and cost reductions to support high-quality economic growth [1][11] Industrial Clusters: New Engines of Growth - The construction of the new industrial park in Xinhai Economic Development Zone is progressing, with an expected annual output value of 200 million yuan upon completion [2] - The focus on optimizing traditional industries through shared resources and technology exchange is enhancing operational efficiency and reducing costs [4][21] Innovation Empowerment - The cosmetic brush industry in Qingxian has seen significant growth, with annual production exceeding 500 million brushes and a market share of over 50% in China [6] - Local enterprises are collaborating with renowned cultural institutions and utilizing advanced technologies to enhance product quality and market appeal [6][12] Food Industry Development - Qiu County has developed a comprehensive food industry chain, attracting over 200 food enterprises and creating more than 10,000 jobs [11] - The integration of various food production processes is fostering local economic growth and enhancing the region's market competitiveness [11] Agricultural Innovation - The introduction of ice sweet potatoes in Baixiang County has significantly increased product value, with a full-chain digital agriculture system in place [12][14] - New technologies in mushroom cultivation are enabling year-round production, contributing to local economic development [16] Technological Advancements - Hebei Province is focusing on high-end manufacturing and technological innovation, with significant investments in automation and smart manufacturing processes [21][24] - The province aims to enhance the competitiveness of its industrial clusters through shared manufacturing capabilities and technological breakthroughs [25]

Core Viewpoint - Hebei Province is focusing on shared intelligent manufacturing to enhance county-level economies, addressing challenges such as small scale, scattered layout, low efficiency, and weak competitiveness [1][2] Group 1: Shared Intelligent Manufacturing Initiatives - Hebei has established 107 key county-level industrial clusters with over 100,000 enterprises, aiming to create a new resource allocation model through shared intelligent manufacturing [1] - The province has implemented a shared intelligent manufacturing action plan and guidelines, outlining six key shared paths: raw material procurement, key equipment, production processes, product design, technological innovation, and logistics trade [1] - As of now, all 107 key clusters in Hebei have achieved full coverage of shared intelligent manufacturing, with 194 shared factories established, engaging 18,000 enterprises [1] Group 2: Case Studies and Local Initiatives - Anping County, known for its wire mesh industry, has over 16,000 enterprises and is utilizing crowdfunding for research to solve technological challenges, promoting a collaborative research and development mechanism [1] - In Ningjin County, the largest wire and cable production base in North China, over 2,300 production and supporting enterprises have increased equipment utilization from 60% to 90% and improved delivery efficiency by 50% through shared platforms [2] Group 3: Future Directions - Hebei plans to continue leveraging shared intelligent manufacturing as a breakthrough point, exploring detailed shared scenarios and encouraging financial institutions to develop differentiated financial products [2] - The goal is to transition county-level characteristic industrial clusters from scale advantages to value-driven success [2]

Group 1 - The core focus of Hebei Province is on shared intelligent manufacturing, emphasizing smart, green, and integrated development to enhance county-level economies [1] - Hebei has established 107 key county-level industrial clusters with over 100,000 enterprises, but faces challenges such as small scale, scattered layout, low efficiency, and weak competitiveness [1] - The province has implemented a shared intelligent manufacturing action plan that includes six major shared paths: raw material procurement, key equipment, production processes, product design, technological innovation, and logistics trade to reduce costs and improve efficiency [1] Group 2 - As of now, all 107 key clusters in Hebei have achieved full coverage of shared intelligent manufacturing, with 194 shared factories established, engaging 18,000 enterprises [1] - The county of Anping, known for its wire mesh industry, has developed a collaborative research mechanism to address technological challenges, resulting in the domestication of high-precision stainless steel printing nets [1] - In Ningjin County, the largest wire and cable production base in North China, the utilization rate of equipment has increased from 60% to 90%, and delivery efficiency has improved by 50% through shared platforms [2]