Core Viewpoint - The "Second Forum on Non-Destructive Testing Technology Innovation and Development" successfully held on May 13, 2025, in Shanghai, focusing on cutting-edge fields such as X-ray energy spectrum imaging, terahertz technology, and ultrasonic sensors, attracting nearly a hundred industry experts and representatives to discuss innovative applications and future trends in non-destructive testing technology [2][21]. Group 1: Forum Overview - The forum is an important sub-forum of the 18th Annual Conference of China Scientific Instruments (ACCSI2025) [2]. - It was co-hosted by the Instrument Information Network and the Suzhou Non-Destructive Testing Association [2]. Group 2: Key Presentations - Wei Cunfeng from the Chinese Academy of Sciences presented on "Photon Counting Spectral CT Principles and Applications," highlighting the limitations of traditional CT in complex scenarios and the advantages of spectral CT in enhancing material resolution and image quality [9]. - Wang Jianqiang discussed the development and application of a tabletop X-ray absorption spectrometer, emphasizing its breakthroughs in in-situ testing and its potential as a core tool for "dual carbon" material research [11]. - He Mingxia introduced advancements in terahertz imaging technology, noting its non-destructive detection capabilities and challenges in industrial application [13]. - Zhang Jun focused on the design and application of ultrasonic thin-film sensors, showcasing their successful use in high-end components like aerospace engines [15]. - Xu Xuechun presented on digital technology in non-destructive testing, discussing the integration of simulation tools to optimize detection processes [17]. - Zhu Qi addressed the importance of compressed air energy storage technology in stabilizing the power grid and the development of new detection technologies for equipment monitoring [19]. - Zhang Shuo highlighted the development of online monitoring systems for boiler tube damage in power plants, emphasizing their role in ensuring safe and stable operations [25]. Group 3: Future Outlook - The forum emphasized the need for collaborative innovation among industry, academia, and research institutions to overcome technological bottlenecks and build a competitive non-destructive testing technology system in China [21].

Core Viewpoint - Recently, the Aerospace Information University announced multiple government procurement intentions, with a total budget of 255 million yuan for various instruments and equipment [1][2]. Summary by Relevant Sections Procurement Intentions - The Aerospace Information University has released five procurement intentions for instruments and equipment, with a total budget of 255 million yuan. The expected procurement timeframe is between May and June 2025 [2][4]. Equipment Categories - The procurement includes various types of equipment such as: - Stress testing machines - Non-contact white light interferometers - Wafer thickness gauges - Ellipsometers - Field emission scanning electron microscopes - Step height gauges - Microscopes [2][5]. Specific Projects - The procurement is aimed at supporting the construction of several laboratories, including: - Satellite navigation simulation and enhancement laboratory - Advanced micro-nano processing platform - Key strengthening laboratory for electronic and integrated circuit education and research [4][5]. Budget Allocation - The budget for specific projects includes: - 43 million yuan for satellite navigation simulation and enhancement laboratory equipment - 17 million yuan for key strengthening laboratory equipment - 86 million yuan for advanced micro-nano processing platform equipment - 65 million yuan for high-precision pattern transfer and removal equipment [4][5].

导读： 在国际形势复杂多变的2025年，丹纳赫通采取了哪些增强在华投资与本土化的策略。 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。 在地缘摩擦不断升级、国际市场环境不确定性陡增的当下，丹纳赫不断深化在华布局，加大本土投入。2 0 2 5上半年，丹纳赫旗下多家运营公司 多款产品完成本土转产，数款新品从国内研发制造基地上市。 美谷分子： 智能化微生物克隆筛选系统QPi x Fl e x全球首发 Q P i x F l e x微生物筛选系统 QPi x Fl e x 是第一款由中国团队主导研发、上海制造、面向全球的新品。 作为一款微生物克隆挑选的紧凑型设备，QPi x Fl e x旨在简化微生物 工作流程的每个步骤，集合了移液工作站、细菌/微生物挑选、微生物彩色成像、自动化整合功能。全流程自动化设计替代人手操作，减少人为 误差，有效提升实验效率。可应用于微生物组研究、蛋白质和酶工程、食品安全和环境微生物学、合成生物学和质粒生产、天然产品和色素发 现及微生物菌株工程等领域。 美谷分子上海研发制造基地是 " 丹纳 赫 全球最佳工厂 " ，支持 全 ...

Core Viewpoint - The first Flow Cytometer Industrialization Development Forum was successfully held in Shanghai, focusing on technological advancements and the current state of the flow cytometry industry, discussing new trends in industry development [1][2]. Group 1: Forum Overview - The forum attracted over 1,800 participants from various sectors, including government leaders, experts, instrument manufacturers, testing institutions, and investors, marking a record scale for the event [2]. - The forum was a highlight of the 18th Annual Conference of China Scientific Instruments (ACCSI 2025), which aims to promote effective communication among various stakeholders in the scientific instrument industry [31]. Group 2: Industry Development - The flow cytometry industry has made significant progress in market size, competitive landscape, technological innovation, and application field expansion, moving beyond traditional research and clinical testing to new areas such as bioengineering, environmental science, and food science [4][5]. - The emergence of various popular flow cytometry technologies is driving the industry into a new round of transformation, raising questions about achieving a win-win situation between local brand development and the localization of imported brands [5]. Group 3: Key Presentations - Keynote presentations were delivered by industry experts, including advancements in nano-flow cytometry technology for extracellular vesicle detection, which allows for high-resolution analysis of particles as small as 40 nm [10][11]. - The development of next-generation high-parameter flow cytometers represents a significant technological advancement, providing high-quality biological data to address key societal challenges in health, food, energy, and environment [12][13]. - The challenges and necessary innovations in the flow cytometry antibody industry were discussed, highlighting the success of companies like BioLegend, which achieved over $400 million in sales [14][15]. Group 4: Roundtable Discussion - A roundtable discussion featured nearly 50 experts discussing the opportunities and challenges in the flow cytometry industry, including the impact of AI and machine learning on future developments [21][23]. - The discussion emphasized the importance of product application in real-world scenarios and the potential for domestic brands to replace imported ones while addressing quality and functionality differences [23].

Core Viewpoint - Beijing University of Chinese Medicine has announced multiple government procurement intentions for laboratory equipment, with a total budget of 175 million yuan, aimed at enhancing its research capabilities and educational infrastructure [1][2]. Group 1: Procurement Intentions - The university plans to procure three main categories of instruments, including ultra-high-resolution laser confocal microscopes, ultra-high-performance liquid chromatographs, and ultra-centrifuges, among others [2][5]. - The expected procurement time is set for May 2025, indicating a strategic timeline for the enhancement of research facilities [2][5]. Group 2: Detailed Equipment List - A total of 220 units of small laboratory instruments are planned for purchase, which will support the construction of a future learning center focused on traditional Chinese medicine [4]. - The equipment includes automatic titrators, UV spectrophotometers, acupuncture models, and various training systems for medical procedures, reflecting a comprehensive approach to medical education [4][5]. Group 3: Research Platform Development - The university's initiative includes the establishment of a research platform for physical constitution and chronic disease prevention, with a focus on advanced imaging systems, AI image analysis, and high-throughput gene detection systems [5]. - A total of 60 units of specialized research equipment are planned for this platform, emphasizing the integration of modern technology in traditional medicine research [5].

导读： 赛陆医疗完成A+轮融资，复星医药领投，资金用于国产测序平台升级与市场扩展，推动生命科学工具创新。 特别提示 微信公众号机制调整，请点击顶部"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，深圳赛陆医疗科技有限公司（以下简称：赛陆医疗）宣布完成A+轮融资。本轮融资由医疗健康行业龙头企业复星医药领投，常州伟驰投 资跟投，老股东深创投继续追加投资。本轮资金将重点用于全国产测序平台的注册申报、产能扩建及全球化市场拓展，进一步巩固其在生命科 学工具领域的创新引领地位。 自2020年成立以来，赛陆医疗发展始终保持快速步伐，2025年1月，赛陆医疗自主研发的Salus Pro测序仪获国家药监局（NMPA）三类医 疗器械注册证，2025年3月13日，赛陆医疗全资子公司——上海赛陆生命科学有限公司（简称"赛陆生科"）在上海宝山区隆重举行开业庆典 暨战略合作签约仪式，标志着赛陆测序平台在长三角的生产基地正式投入运营。 该公司坚持以"技术自主+产业闭环"为核心，已建成光学、流体、芯片、试剂等全链条研发体系，打造全国产化测序+超分辨空间组学平台，累 计授权专利超百项，产品覆盖科研、临 ...

Core Viewpoint - The environmental monitoring market is expanding continuously, driven by policy support, technological advancements, and increased environmental awareness, leading to intensified competition and accelerated domestic substitution in the industry [2][3]. Market Overview - The environmental monitoring market is experiencing steady growth, with significant developments in sub-sectors such as carbon monitoring, water ecological monitoring, and pollution source monitoring, attracting numerous companies to compete [3]. - The competitive landscape is characterized by a diversification of players, with large enterprises dominating the high-end market through advanced technology and service innovation, while small and medium-sized enterprises compete in the mid-to-low-end market by enhancing cost performance and after-sales service [3][8]. Financial Performance of Listed Companies - A review of eight representative listed companies in the environmental monitoring sector reveals a clear polarization in financial performance, with some companies like 聚光科技 achieving significant revenue and profit growth, while others like 先河环保 and 蓝盾光电 face substantial losses [8][10]. - 聚光科技 reported a revenue of 36.14 billion and a net profit of 2.07 billion, with a net profit growth of 164.11% [6]. - In contrast, 先河环保 reported a net loss of 1.52 billion, reflecting a decline of over 200% [8]. Business Composition and Margins - Most companies exhibit high gross margins, with 聚光科技's instrument and related software business achieving a gross margin of 48.50% [9]. - 四方光电's gas sensor business accounts for 75.83% of its revenue, with a gross margin of 41.13%, indicating strong product competitiveness in its niche [9]. Industry Trends and Opportunities - The ecological environment monitoring industry is set to benefit from the modernization of monitoring systems, the integration of digital technologies, and the increasing demand for carbon monitoring services due to climate change initiatives [15][17]. - The trend of domestic substitution is accelerating, with local companies overcoming key technological barriers and gaining recognition in government procurement and monitoring sectors [17].

海关系统2025年 4 ~ 9 月 仪器设备采购 意向汇总表 | | | 预 | | | --- | --- | --- | --- | | 采购 | 需求概况 | 算 | 采购 | | 项目 | | 万 | 时间 | | | | 元 | | | 湖南 | | | | | 国际 | | | | | 旅行 | | | | | 卫生 | | | | | 保健 | | | | | 中心 | | | | | （长 | | | | | 沙海 | | | | | 关口 | 为提升长沙海关口岸科技支撑能力，提升实验室检测现代化、规范化 | | 2025 | | 岸门 | | 832 | 年6 | | 诊 | 能力，拟更新超期服役、故障率高的老旧仪器设备。 | | 月 | | 部） | | | | | 2025 | | | | | 年实 | | | | | 验室 | | | | | 仪器 | | | | | 设备 | | | | | 更新 | | | | | 项目 | | | | | 海科 | 采购1台超低本底液体闪烁谱仪，用于样品中低能β放射性核素、a放射 | 160 | 2025 | | 中心 | 性核素的活度测量，具备 ...

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为答谢行业听众，报名参会即可获取《蔡司工业质量全域质控指南》 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。 下周二直播（5月2 0日）： 蔡司"全链智联 全域质控"系列直播---汽车/新能源汽车行业专场，涉及汽车电子、智能检 测、动力电池等 在工业4 . 0与智能制造深度融合的产业变革浪潮中，蔡司工业质量解决方案(IQS)依托"全链智联 全域质控"专题系列活 动 ， 于 第 2 4 个 世 界 计 量 日 （ 5 月 2 0 日 ） 推 出 汽 车 / 新 能 源 汽 车 行 业 专 场 。 本 场 直 播 聚 焦 新 能 源 汽 车 三 电 系 统 、 智 能 驾 驶、轻量化制造等关键技术领域，通过「趋势前瞻-实践解码-方案赋能」三维对话，从从设计研发到制造成品的工业制 造全流程全链路智能管理体系。 作为全域质量解决方案的引领者，蔡司工业质量解决方案(IQS)致力于通过全流程技术赋能，助力汽车/新能源汽车企业 突破质量管控瓶颈。本场直播内容覆盖技术趋势、实战经验与定制化方案的多维价值，与行业专家共探智能制造时代的 质量革新路径，开启企业 ...