Core Viewpoint - The article highlights the significant growth in China's high-tech product exports, particularly in the instrumentation sector, which has shown a robust performance in the international market due to increased R&D investment and favorable conditions from initiatives like the Belt and Road [3][4]. Group 1: Export Growth - In the first half of 2025, China's instrumentation exports grew by 14.7%, continuing a trend of double-digit growth for nine consecutive months [2][3]. - The total export value of scientific instruments in 2024 is projected to be $5.57 billion, reflecting a year-on-year increase of 2.71% [3]. Group 2: Industry Development - The growth in exports is attributed to the continuous enhancement of product technology and quality within China's instrumentation industry, leading to greater international recognition [3]. - Notable domestic companies such as Guoyi Quantum, Junzheng Technology, BGI, United Imaging, and Prism Tech have successfully penetrated emerging overseas markets with competitive pricing and high-quality products [3]. Group 3: Economic Context - The Deputy Director of the General Administration of Customs, Wang Lingjun, emphasized that despite a complex global environment, China's foreign trade has shown resilience, maintaining growth in both scale and quality [3].

Core Viewpoint - The article discusses the "Action Plan" aimed at accelerating the integration of artificial intelligence (AI) into scientific research in Beijing, with a focus on developing high-quality scientific instruments and fostering innovation in various fields [2][4][7]. Group 1: Development Goals - By 2027, the plan aims to leverage Beijing's AI innovation advantages to establish new pathways for scientific research, focusing on foundational scientific issues and enhancing the application of AI across multiple fields [8]. - The initiative includes the construction of at least 10 high-quality scientific databases to support AI applications in various research areas, targeting over 10 million users [8]. Group 2: Key Tasks - The plan emphasizes critical technology breakthroughs, including foundational theoretical research in AI, the development of a universal scientific foundational model, and new generation scientific computing simulation software [9][10][11]. - Infrastructure development is a priority, with goals to create an open scientific data platform and a collaborative computing power platform to enhance research efficiency [12][13]. Group 3: Application Acceleration - The plan promotes the use of AI in basic scientific research, medical health innovation, and new materials development, aiming to enhance research efficiency and discovery processes [15][16][17]. - Specific focus is placed on empowering high-end scientific instruments through AI, encouraging collaboration between universities, research institutions, and enterprises to develop advanced scientific equipment [18]. Group 4: Innovation Ecosystem - The initiative aims to build a public service innovation platform for scientific intelligence, attract and cultivate innovative talent, and establish a multi-channel investment and financing service system [20][21][22]. - It also seeks to create a competitive scientific intelligence industry cluster and promote international cooperation and open-source ecosystems [23][24][25].

Core Viewpoint - The Chinese Academy of Sciences' Hefei Institute of Physical Science has announced procurement intentions for 23 items of scientific instruments and equipment, with a total budget of 93.13 million yuan, expected to be purchased between May and July 2025 [1][2]. Procurement Summary - The procurement includes various advanced scientific instruments such as: - Backfield magnet power supply system with a budget of 1 million yuan, requiring specifications like three-phase 380V input and a continuous adjustable output current of up to 10 kA [4]. - Terahertz gas laser with a budget of 1.95 million yuan, capable of continuous operation and producing a frequency of approximately 2.5 THz [4]. - 660G terahertz solid-state source with a budget of 1.2 million yuan, requiring a frequency range of 648 GHz to 664 GHz [4]. - Low-temperature comprehensive testing platform with a budget of 4 million yuan, including specifications for low-temperature transmission lines and vacuum systems [5]. - Complex component preparation system with a budget of 3.52 million yuan, designed for various metal materials and requiring a maximum forming size of 420 mm x 420 mm x 500 mm [4]. - Upgrades for the EAST device, the world's first fully superconducting non-circular Tokamak, with multiple components requiring replacement and a total budget of 3.5 million yuan for various internal parts [6]. Budget Overview - The total budget for the procurement is 93.13 million yuan, with individual budgets for specific items ranging from 1 million yuan to 4.5 million yuan [2][4][5].

Core Viewpoint - The Chinese Academy of Sciences' Institute of Atmospheric Physics has announced procurement intentions for 18 items of equipment, with a total budget of 121 million yuan, scheduled for procurement between May and July 2025 [1][2]. Procurement Overview - The procurement includes advanced equipment such as: - C-band dual-polarization phased array weather radar and collaborative detection command center, with a budget of 37.3 million yuan [4]. - Ocean dynamic intelligent fusion forecasting system, with a budget of 28.1 million yuan, capable of providing a 30-day forecasting period and improving forecast accuracy by at least 10% [4]. - AI micro-scale refined wind and solar power intelligent forecasting subsystem, with a budget of 13 million yuan, aimed at enhancing the predictive capability of wind and solar resource forecasting models [5]. - Micro flying time aerosol mass spectrometer, with a budget of 4 million yuan, designed for high-resolution chemical composition detection [5]. Specific Equipment Details - The procurement list includes: - Earth system numerical simulation device with a budget of 38.5 million yuan, featuring a data response time of less than 10 seconds and a data update frequency exceeding 6 hours per instance [4]. - A new type of high-frequency electric field detection sensor, with a budget of 12.9 million yuan, capable of detecting frequencies from 35-70 MHz [5]. - A 3D wind structure detection laser radar with a detection range of 8000 meters horizontally and from the ground to the atmospheric boundary layer [5]. - A long-endurance fixed-wing drone with a flight time of no less than 8 hours and a payload capacity of at least 40 kg [7]. Budget Summary - The total budget for the procurement is 121 million yuan, with individual project budgets ranging from 4 million to 458.9 million yuan, indicating significant investment in advanced atmospheric and environmental monitoring technologies [2][4][5].

Core Viewpoint - API Measurement Equipment Co., Ltd. has successfully won a bid for the measurement system procurement project from the Changchun Institute of Optics, Fine Mechanics and Physics, with a transaction amount of 4.28 million yuan for the Radian Pro-3 measurement system [1][2]. Group 1: Project Information - The project number is OITC-G250312260, and the supplier is Suzhou Changguang Technology Development Co., Ltd. located at No. 15, Xijinzhilu, Xuguan Sub-district, Suzhou High-tech Zone [1]. - The total bid amount is 4,280,000 yuan for one set of the Radian Pro-3 measurement system [2]. Group 2: Product Features - The Radian Pro-3 measurement system is designed for high-precision, high-efficiency, and high-reliability spatial large-scale measurement tasks, capable of real-time measurement of multiple target points and data fusion and analysis from multiple sensors [2]. - API Measurement Equipment Co., Ltd. was established in 2006 and is a wholly-owned subsidiary of Hong Kong Automatic Precision Engineering Co., Ltd., specializing in coordinate measuring machines and model milling equipment [2]. Group 3: Technological Advancements - The Radian laser tracker is the latest product from API, built on the INNOVO intelligent measurement system platform, enhancing the functionality and performance of laser tracking instruments [3]. - The I-Vision feature allows the Radian laser tracker to automatically lock onto target spheres, improving tracking efficiency [3].

Core Viewpoint - The article discusses the draft guidelines for the inspection of pharmaceutical water, emphasizing the importance of water quality in the pharmaceutical production process and its direct impact on drug quality and patient safety [3][5]. Summary by Sections Overview - Pharmaceutical water refers to various quality-standard waters used in the pharmaceutical production process, and its preparation and distribution systems are critical to drug quality, making it a high-risk public utility system [12][13]. Purpose - The guidelines aim to ensure drug quality and patient safety by providing a framework for quality risk management in the preparation of drinking water, purified water, injection water, and pure steam [14]. Scope - The guidelines serve as a technical reference for on-site inspections of drinking water, purified water, injection water, and pure steam systems used in pharmaceutical production [15]. Pharmaceutical Water Risk Management - Quality risk management should consider facility design, execution of well-designed procedures, and continuous compliance with expected results [16][17]. - Companies must minimize contamination risks and ensure water quality meets national standards and regulatory requirements [17]. - Risk management should encompass the entire process of pharmaceutical water, including design, preparation, usage, and monitoring [17]. Drinking Water Inspection Points - Drinking water should be sourced primarily from municipal supplies, with regular quality assessments and monitoring to ensure compliance with national standards [19]. Purified Water Inspection Points - The purified water system typically consists of a pre-treatment system and a purification system, with regular cleaning and monitoring required to meet quality standards [21][22]. - Key inspection points include system confirmation and validation, installation confirmation, operational confirmation, and performance confirmation [22][23][24]. Injection Water Inspection Points - Injection water is critical for the quality of sterile drugs, with distillation being the preferred method for its preparation [45]. - Non-distillation methods such as membrane separation and deionization can also be used, provided they meet equivalent quality standards [46].

Core Viewpoint - The article discusses the rise of domestic mass spectrometry companies in China amidst the wave of domestic substitution, highlighting the challenges of low-price competition and high-end barriers in the industry. It focuses on how Huayi Ningchuang has transformed from a technology follower to a leader in the field within ten years, emphasizing the importance of breaking through core technology barriers and establishing differentiated advantages in a competitive market [2][12]. Group 1: Company Overview - Huayi Ningchuang, founded by Dr. Wen Luhong, has emerged as a pioneer in the mass spectrometry industry, transitioning from a university-based initiative to a leading player in the market [2][4]. - The company has developed several core products, including the CRAIV-110 portable mass spectrometer, which has been widely used in public security for drug detection, and the SinCell-100, the world's first single-cell metabolite analysis mass spectrometer [6][7]. Group 2: Technological Innovation - The company focused on the innovative in-situ ionization mass spectrometry technology, which allows for direct ionization of samples in atmospheric pressure without complex pre-treatment, significantly increasing detection speed [8][9]. - Huayi Ningchuang has achieved breakthroughs in sensitivity for portable mass spectrometers, reducing detection limits for hair drug testing from 100 ppb to 0.1 ppb, and has developed the first certified hair drug screening mass spectrometer in China [10][12]. Group 3: Market Strategy - The company has successfully transitioned from a focus on public security to applications in food safety, developing mass spectrometers capable of on-site detection of pesticide residues and illegal additives [12][13]. - Huayi Ningchuang employs a strategy of deepening its presence in specific market segments before expanding to related fields, thereby creating technological barriers and brand recognition [13][14]. Group 4: Future Outlook - The company envisions a long-term development strategy, emphasizing that true innovation requires patience and a commitment to building a robust ecosystem rather than competing solely on individual products [15][17]. - The founder's vision for the next decade includes establishing a strong brand and leading the industry, with a focus on creating a competitive innovation ecosystem [15][17].

邮编：100804 导读： 工业和信息化部公示128项行业计量技术规范报批稿，截止日期为2025年8月14日，如有异议可反馈至指定邮箱。 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。 根据工业和信息化部计量技术规范制修订工作的总体安排，现将审查后报批的《甲硫醇气体检测报警器校准规范》等 128项行业计量技术规范报批稿（附件1）予以公示，截止日期为2025年8月14日。如对报批的计量技术规范有不同 意见，请在公示期间填写《行业计量技术规范报批稿反馈意见表》（附件2）并反馈至工业和信息化部科技司，电子邮 件发送至huangx y@ces i .cn（邮件主题注明：计量技术规范报批稿公示反馈）。 地址：北京市西长安街13号 工业和信息化部科技司 工业和信息化部科技司 2025年7月15日 点击文末"阅读原文"查看附件 联系方式：010-68205243 公示时间：2025年7月15日-2025年8月14日 附件： 1.128项部门计量技术规范编号、名称、主要内容等一览表 2.行业计量技术规范报批稿反馈意见表 | 转 载 ： 须 本 号 授 权 ...

Core Viewpoint - The article discusses the draft of the "Supervision and Management Measures for Inspection and Testing Practitioners (Trial) (Draft for Comments)", which focuses on enhancing the supervision of personnel in the inspection and testing industry, clarifying responsibilities, standardizing behaviors, and strengthening credit management to establish a closed-loop regulatory system and maintain market order [2][3]. Group 1 - The draft aims to strengthen supervision over inspection and testing institutions and their personnel, emphasizing the importance of the "human" element in the industry [2][3]. - Practitioners are required to adhere to laws, regulations, and professional ethics, ensuring that inspection and testing processes are scientific, accurate, and traceable [2][3]. - The draft specifies that key positions such as technical and quality managers must possess relevant professional qualifications and be familiar with applicable laws and standards [3]. Group 2 - The draft establishes a management system for practitioners, including education and training, capability assessment, and credit evaluation, guiding institutions to fulfill their management responsibilities [3]. - A credit risk classification management system will be implemented, creating credit files for practitioners and enhancing the incentive and constraint mechanisms for credit evaluation [3]. - The measures will initially be trialed in certain regions, aiming to create a regulatory system characterized by institutional responsibility, regulatory constraints, credit management, and legal penalties [3].

Core Insights - The SIM super-resolution microscopy market in 2024 shows that domestic brands account for over 80% of the market share, with higher education institutions being the primary buyers, and Zhejiang, Guangdong, Sichuan, and Beijing identified as key procurement regions [1][2][16]. Market Overview - SIM (Structured Illumination Microscopy) is a significant super-resolution technology that overcomes the diffraction limit of traditional optical microscopes, providing high resolution, low light toxicity, and fast imaging capabilities [2]. - The analysis covers 30 winning bids with a total value of 142 million yuan, focusing on public tender data from January 1, 2024, to December 31, 2024 [2][3]. Buyer Distribution - The distribution of buyers by province indicates that Zhejiang leads with a 17% share, followed by Guangdong at 13%, and both Sichuan and Beijing at 10%. Other provinces like Hubei, Shanxi, Henan, and Shanghai each account for 7% [6][10]. Buyer Type Distribution - The buyer type distribution reveals that higher education institutions dominate the market with a 50% share, followed by research institutes at 27% and the healthcare system at 23%, illustrating a clear tiered market structure [10][11]. Brand Distribution - Domestic brands hold a commanding 83% share of the market, significantly outpacing imported brands, which only account for 7% [14][16]. - Leading brands in the market include Naxite Technology and Guangzhou Super Vision, followed by Aier Technology and Zeiss [16]. Conclusion - The 2024 SIM super-resolution microscopy market is characterized by strong demand from higher education institutions, a significant presence of domestic brands, and key procurement regions that reflect robust economic and research capabilities [16].