Core Viewpoint - The recent funding round for Chasing Light Biotechnology aims to enhance its optoelectronic microfluidic product line, develop bio-MEMS applications, and expand its marketing network, thereby promoting the localization of high-end life science instruments [2]. Group 1: Company Overview - Chasing Light Biotechnology was founded in 2023 by professors from Beijing Institute of Technology, Southern University of Science and Technology, and Jinan University, along with several overseas PhDs [2]. - The company focuses on empowering life sciences through technology, aiding biomedicine and gene therapy, and accelerating the transformation of scientific research achievements [2]. - Chasing Light develops high-end life science instrument platforms to address critical technological challenges in the field [2][11]. Group 2: Product Offerings - The company offers products including an optoelectronic microfluidic platform, digital microfluidic platform, structured light projection devices, and microscope accessories [2]. - The OptoBot® 1000 single-cell optoelectronic microfluidic system utilizes optical tweezers and fully automated microfluidic chip principles to reduce experimental cycles from 2-3 months to 1-2 weeks while saving labor and consumable costs [3]. - The DropletBot® digital microfluidic platform is based on electrowetting principles, allowing precise control of discrete droplets for applications in biology and chemistry [6]. - The OptoNeuroBot® structured light projector employs digital micromirror device technology for precise spatial and temporal light control, compatible with mainstream microscopes [7]. Group 3: Team Expertise - The core team includes professionals with extensive experience in medical device development, project management, and financial management across various industries [11][12][13][15]. - The team combines expertise from academia and industry to continuously develop new instrument platforms in the life sciences field [11].

导读： 海淀区正式发布《海淀区科学仪器先锋领航行动计划（2025-2027年）》（以下简称《行动计 划》），成为全国范围内首个以区级行政单位身份出台科学仪器专项三年行动计划的区域。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我 们的推送。 为贯彻落实北京市关于科学仪器产业发展工作重要部署，充分发挥海淀区高端科学仪器创新资 源优势，在2025年全国大学生科学仪器创新大赛启动仪式上， 海淀区正式发布《海淀区科学 仪器先锋领航行动计划（2025-2027年）》（以下简称《行动计划》） ，成为全国范围内首 个以区级行政单位身份出台科学仪器专项三年行动计划的区域。 厚植创新沃土，打造科学仪器产业高地。 充分发挥海淀区在科学仪器领域的深厚优势，为服务 国家战略科技力量建设提供坚实支撑。基础雄厚、科研与应用双轮驱动，海淀区拥有清华、北 大在内的37所高校，基础研究能力全国领先，同时高校院所又是科学仪器产业最大体量的需求 端 ， 应 用 场 景 丰 富 多 样 ； 企 业 云 集 、 创 新 活 力 蓬 勃 迸 发 ， 海 淀 区 当 前 坐 拥 科 学 仪 器 ...

Core Viewpoint - Beijing Haidian District has launched the "Haidian District Scientific Instrument Pioneer Action Plan (2025-2027)", marking it as the first district-level initiative in China to implement a three-year action plan for scientific instruments [1][3]. Group 1: Action Plan Overview - The action plan aims to enhance the core competitiveness of domestic scientific instruments through four major projects: "Technology Product Strengthening Project", "Application Promotion Demonstration Project", "Innovation Entity Quality Improvement Project", and "Industry Ecosystem Optimization Project" [3][4]. - The plan emphasizes a market-driven approach, application-led initiatives, and innovation-driven strategies [3]. Group 2: Industry Ecosystem - Haidian District hosts over 200 scientific instrument-related companies, including 112 national high-tech enterprises and 18 specialized "little giant" companies, indicating a rich innovation resource and a comprehensive industrial ecosystem [3]. - The industry covers various fields, including core component and complete machine R&D, overseas agency, entrusted testing, shared platforms, professional media, and verification evaluation [3]. Group 3: Specific Projects - The "Technology Product Strengthening Project" focuses on key complete machines, core components, underlying software technologies, and exploring AI-enabled pathways for scientific instruments [3]. - The "Application Promotion Demonstration Project" aims to accelerate the iteration and updating of high-end scientific instruments through shared platform construction and user committee establishment [3][4]. - The "Innovation Entity Quality Improvement Project" seeks to cultivate enterprises at different development stages, promoting the transformation of research outcomes from universities and research institutions [3][4]. - The "Industry Ecosystem Optimization Project" will leverage government funds and social capital, enhance professional talent recruitment and training, and build a collaborative platform for industry-academia-research exchanges [4].

Investment Rating - The report suggests a positive outlook for the scientific instruments industry, particularly in the context of domestic substitution driven by tariff uncertainties and export restrictions [4]. Core Insights - The scientific instruments market is undergoing a transformation, with domestic alternatives becoming essential due to increased import costs and supply chain risks [3][7]. - The analysis instruments market is experiencing growth, with the domestic market exceeding 30 billion yuan, and global market growth from 57.8 billion USD to 77.1 billion USD from 2017 to 2023, reflecting a CAGR of 4.92% [3][17]. - Increased R&D investment and supportive policies are expected to accelerate domestic substitution in the scientific instruments sector [3][27]. - The mass spectrometry and chromatography sectors face significant barriers, with high-end applications still dominated by foreign brands [3][4]. Summary by Sections Section 1: Domestic Substitution in Scientific Instruments - Tariff uncertainties and U.S. export controls are pushing for domestic alternatives in scientific instruments [7]. - The analysis instruments segment is a major branch of the scientific instruments industry, with high added value and a domestic market exceeding 30 billion yuan [17][11]. - R&D investment intensity is increasing, with 2024 funding reaching 3.61 trillion yuan, a growth of 8.3% year-on-year [25][26]. Section 2: Barriers in Mass Spectrometry and Chromatography - The mass spectrometry market in China reached 16.7 billion yuan in 2023, with a year-on-year growth of 19.53% [3][4]. - The chromatography market is projected to grow to around 16 billion yuan in 2024, with significant potential for domestic substitution [3][4]. Section 3: Innovation and Domestic Substitution - Companies like 聚光科技 (Juguang Technology) are turning losses into profits and expanding their business layout [4]. - 皖仪科技 (Wanyi Technology) is a leader in leak detection instruments, continuously investing in R&D [4]. - 莱伯泰科 (Leibotai Technology) is expanding from sample preparation to high-end analytical testing instruments [4]. - 雪迪龙 (Xuedilong) is actively positioning itself in the scientific instruments market, benefiting from the expansion of the carbon market [4].

Investment Rating - The report suggests a positive outlook for the scientific instruments industry, particularly in the context of domestic substitution driven by tariffs and export restrictions [4]. Core Insights - The scientific instruments market is undergoing a transformation due to increased tariffs and export controls from the U.S., pushing domestic alternatives from an option to a necessity [3][7]. - The analysis instruments market is experiencing continuous growth, with the domestic market exceeding 30 billion yuan, and the global market growing from 57.8 billion USD in 2017 to 77.1 billion USD in 2023, reflecting a CAGR of 4.92% [3][17]. - Increased R&D investment and supportive policies are expected to accelerate domestic substitution in the scientific instruments sector [3][27]. - The mass spectrometry and chromatography sectors face significant barriers, with high-end applications still dominated by foreign brands, indicating a long road ahead for domestic high-end development [3][4]. Summary by Sections Section 1: Domestic Substitution in Scientific Instruments - Tariff uncertainties and U.S. export controls are reshaping the landscape, making domestic substitution essential [3][7]. - The analysis instruments segment is a major branch of the scientific instruments industry, with high added value and a domestic market exceeding 30 billion yuan [3][17]. - R&D investment intensity is increasing, with 2024 funding reaching 3.61 trillion yuan, a growth of 8.3% year-on-year, surpassing the EU average [3][26]. Section 2: Barriers in Mass Spectrometry and Chromatography - The mass spectrometry market in China reached 16.704 billion yuan in 2023, growing by 19.53% year-on-year, but remains dominated by foreign brands [3][4]. - The chromatography market is projected to reach around 16 billion yuan in 2024, with significant potential for domestic substitution as import amounts decline [3][4]. Section 3: Innovation and R&D Focus - Companies like 聚光科技 (Juguang Technology) are turning losses into profits and diversifying their business models [4]. - 皖仪科技 (Wanyi Technology) is a leader in leak detection instruments, continuously investing in R&D [4]. - 莱伯泰科 (Leibotai Technology) is expanding from sample preparation to high-end analytical instruments, exploring new mass spectrometry technologies [4]. - 雪迪龙 (Xuedilong) is actively positioning itself in the scientific instruments market, benefiting from the expansion of the carbon market [4].

导读： 钢研纳克接受机构调研，介绍全国检测基地布局及服务覆盖能力，分享仪器业务优势及未来发展方向，强调检测与仪器业务的 增长动力及股东回报政策。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 钢研纳克5月29日发布投资者关系活动记录表，公司于2025年5月29日接受2家机构调研，机构类型为基金公司、证 券 公 司 。 钢 研 纳 克 获 2 家 机 构 调 研 ： 公 司 根 据 客 户 分 布 特 点 进 行 了 全 国 检 测 基 地 布 局 工 作 ， 目 前 各 大 检 测 基 地 （ 北 京、昆山、成都、沈阳、青岛、西安、涿州、株洲）的服务覆盖能力可以较好地满足客户需求。 一、公司介绍 公司是专业从事金属材料检测技术的研究、开发和应用的创新型企业。 目前公司提供的主要服务或产品包括检测服务、检测分析仪器、标准物质/标准样品、能力验证服务、腐蚀防护工程与 产品，以及其他检测延伸服务。公司的服务和产品主要应用于钢铁、冶金、有色、机械、航空航天、高铁、核电、汽 车、新材料、环境、食品、石化等领域。 公司在国内金属材料检测领域具有较高的 ...

导读： 北京发布高端科学仪器创新发展行动计划，目标2027年自主创新能力提升，培育龙头企业，打造"1+3"产业格局，构建技术策 源地和产业集群。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 近日，北京市科委中关村管委会、市发改委等多部门联合制定《北京高端科学仪器创新发展行动计划（2025-2027 年）》，提出到2027年，本市高端科学仪器自主创新、产业集聚、产业服务、应用推广能力全面提升，打造怀柔、海 淀、昌平、北京经济技术开发区高效协作的"1+3"产业格局，构建北京创新策源、京津冀产业协同、全国辐射带动的 高端科学仪器技术策源地和产业集群。 高端科学仪器是支撑国家重大任务、前沿科学研究、未来产业发展的战略性、基础性、先导性工具。《行动计划》提出 的目标有三方面，一是到2027年，本市高端科学仪器自主创新能力持续提升，研制50款以上整机产品，突破30项以 上关键部件；推动形成一批领域公认、行业引领的技术标准；培养引进一批顶尖科学家、产业领军人才和卓越工程师； 建立世界一流的高端科学仪器技术创新机构。二是产业集聚态势显著增强。培育年营业 ...

Group 1 - The core viewpoint of the news is the establishment of the "Beijing High-end Scientific Instrument Innovation Development Action Plan (2025-2027)" aimed at enhancing the innovation, industrial aggregation, service capabilities, and application promotion of high-end scientific instruments in Beijing by 2027 [1][2] Group 2 - The action plan outlines three main goals: first, to improve the independent innovation capability of high-end scientific instruments, aiming to develop over 50 complete products and break through more than 30 key components by 2027 [2] - The second goal focuses on significantly enhancing industrial aggregation, with targets to cultivate around 2 leading enterprises with annual revenues exceeding 3 billion yuan, over 30 enterprises with revenues exceeding 100 million yuan, and more than 80 specialized and innovative enterprises [2] - The third goal is to improve the instrument industry ecosystem by establishing several service platforms for precision processing, verification, and pilot testing, as well as developing typical instrument libraries and specialized software [2]

Core Viewpoint - The article discusses the "Beijing High-end Scientific Instrument Innovation Development Action Plan (2025-2027)", which aims to position Beijing as a national and global hub for high-end scientific instrument innovation through policy guidance and technological breakthroughs [2][27]. Group 1: Key Policy Signals - The plan emphasizes three core signals: technological breakthroughs, market expansion, and ecological collaboration [2][3]. Group 2: Key Policy Dividends and Manufacturer Action Guidelines 1. Technological Breakthroughs - The policy focuses on overcoming over ten critical common technologies, developing over 50 complete products and 30 key components [4]. - It encourages the integration of artificial intelligence with scientific instruments to create cutting-edge devices [4]. - A "1+3" industrial structure is proposed to link technological breakthroughs with industrialization [4]. Manufacturer Action Suggestions - Engage in the "reveal and take charge" mechanism to collaborate with universities on key component R&D projects [5]. - Develop AI-enabled products for high-throughput screening and intelligent data processing [5]. - Focus on niche areas such as life sciences and materials science to build competitive advantages [5]. 2. Market Expansion - The policy promotes pilot applications in various fields, including food safety and environmental monitoring [6]. - It encourages universities and research institutions to prioritize the procurement of domestic instruments [6][9]. Manufacturer Action Suggestions - Collaborate with key users to develop customized solutions for specific applications [8]. - Leverage government procurement projects to introduce new products to the market [9]. - Build an integrated ecosystem with reagent and consumable suppliers [9]. 3. Ecological Collaboration - The plan aims to cultivate two leading enterprises with annual revenues exceeding 3 billion and 30 enterprises with revenues over 100 million [10]. - It emphasizes the establishment of pilot platforms for testing and validation to shorten the R&D cycle [11]. Manufacturer Action Suggestions - Strengthen supply chain integration through mergers or partnerships [13]. - Utilize pilot platforms to accelerate mass production [13]. - Participate in regional collaboration within the Beijing-Tianjin-Hebei area [13]. 4. Capital and Policy Support - The establishment of an investment fund for advanced manufacturing and intelligent equipment is highlighted [14]. - The plan aims to provide specialized services for eligible enterprises, including listing guidance and tax incentives [15]. Manufacturer Action Suggestions - Seek government industry funds and engage in capital operations [17]. - Participate in standard-setting to enhance industry influence [18]. Group 3: Development Goals - By 2027, the plan aims to enhance the autonomous innovation, industrial clustering, and application promotion capabilities of high-end scientific instruments in Beijing [28]. - The goal includes developing over 50 complete products and breaking through 30 key components [28]. Group 4: Key Tasks - Focus on overcoming core technologies and developing high-end scientific instruments [30]. - Establish a technology innovation center to facilitate the transformation of research outcomes [33]. - Promote application trials in key sectors such as life sciences and materials science [34][35]. Group 5: Support Measures - The plan emphasizes organizational support and policy backing to ensure the successful implementation of the action plan [40][41]. - It aims to strengthen talent support through various initiatives to cultivate a skilled workforce in the scientific instrument sector [42].

导读： 北分瑞利SP-5220气相色谱仪获"3i奖"，用户反馈其模块化设计、稳定性和快速升温等创新点令人满意，但也提出软件交互和售后服务改进建议。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 历时一年，" 3i 奖 -2024 年度科学仪器行业优秀新品"评选活动已圆满结束。 270 家国内外仪器厂商申报了 871 台仪器新品，经过层层 选拔， 15 台仪器最终获得 2024 年度科学仪器行业优秀新品奖。但获奖，从来不是创新的终点。 秉持着"3i奖-2024年度科学仪器行业优秀新品"评选活动的宗旨，"将在中国仪器市场上推出的、创新性比较突出的国内外仪器产品全面、公 正 、 客 观 地 展 现 给 广 大 的 国 内 用 户 ， 同 时 ， 鼓 励 各 仪 器 厂 商 积 极 创 新 、 推 出 满 足 中 国 用 户 需 求 的 仪 器 新 品 " ， 优 秀 新 品 评 审 委 员 会 特 策 划 "2024优秀新品奖·用户说" 活动，以跟踪该新品的市场实际反馈情况。 此刻，让我们暂别颁奖台的光环，回归实验室的务实视角。这里没有抽象的技 ...