Anton Pear 其旗舰产品 Lites i zer DIF 500 激光粒度仪 在药企研发设备采购中脱颖而出， Lites i zer DIF 500 激 光 粒 度 仪 提 供 粒度 从 10 nm 到 3.5 mm 的先进测量方式。这款激光衍射粒度分析仪配备了强大的 10 mW 和 25 mW 激光器，以及市场上最宽的检测衍射角范 围，即 0.01°-170°。并且，Kal l iope 软件简化了粒度测量，只需三次点击即可开始测量。 导读： 粒度仪作为新能源电池材料研发和医药质量控制的核心设备，现将上周（6.23-6.29）粒度仪中标信息进行盘点。 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。 粒度仪是新能源电池材料研发和医药质量控制的核心设备，现将上周（6.23-6.29）采购中标信息进行盘点 。 经平台搜索，上周共收录三条 粒度仪设备中标信息，涉及医药研发、新能源材料等领域。 其 中 ， 安 东 帕 Lites i zer DIF 激 光 粒 度 仪 以 55.9 万 元 高 价 中 标 某 知 名 药 企 研 发 中 心 ...

Core Viewpoint - The implementation of 714 new standards in July 2025 highlights the importance of analytical techniques such as chromatography, mass spectrometry, and environmental monitoring in advancing various industries including agriculture, environmental protection, healthcare, and manufacturing [2][4][5]. Group 1: Instrumentation and Standards - The update of the "GB/T 9008-2024 Liquid Chromatography Terminology" reflects the need for standardized terminology in liquid chromatography, enhancing clarity and consistency in the field [3][7]. - New standards like "GB/T 45139-2024" utilize high-performance liquid chromatography (HPLC) to accurately measure harmful components in food products, ensuring food safety [4][10]. - The introduction of "HJ 1399-2024" employs triple quadrupole mass spectrometry to detect antibiotic residues in water, demonstrating advancements in environmental monitoring technologies [5][10]. Group 2: Industrial Applications - Instrumentation technologies are driving innovation in industries such as steel and automotive, with standards like "SN/T 5691-2024" ensuring the safety of automotive materials by analyzing heavy metal content [8][10]. - The application of chromatography and mass spectrometry in monitoring air quality and pollution levels is crucial for environmental governance, as seen in standards like "HJ 1392-2024" [5][10]. Group 3: Food Safety and Environmental Monitoring - The new standards are pivotal in establishing a robust ecological monitoring network, with high-sensitivity detection methods being essential for effective environmental management [5][10]. - The focus on food safety through rigorous testing standards ensures that harmful substances are monitored and controlled, safeguarding public health [4][10].

Core Insights - The article highlights the procurement of confocal microscopes, with a total of 22 bidding projects announced in the 26th week of 2025, resulting in 13 units being awarded with a total value of 36.7877 million yuan [1][2][5]. Summary by Sections Procurement Overview - A total of 22 confocal microscope-related bidding projects were published, with 13 units awarded, amounting to 36.7877 million yuan [1][2]. - The planned procurement quantity is 23 units, with a disclosed budget exceeding 25.241 million yuan [5]. Key Players and Awards - ZEISS led the bidding with 5 units awarded (3 LSM 900 and 2 LSM 910), totaling 14.176 million yuan [2]. - Leica followed with 3 units of STELLARIS, achieving a bid amount of 10.0064 million yuan [2]. - The primary purchaser was Kunming Medical University, acquiring 3 units for a total of 11.12 million yuan [2]. Detailed Bidding Results - A detailed table lists the awarded projects, including brands, models, quantities, and bid amounts, showcasing various institutions such as Jining College, Guizhou University, and others [3][4][6]. - Notable projects include the procurement by Hebei Medical University and the ongoing projects at Inner Mongolia University of Science and Technology, which plans to replace 50 old devices and purchase 44 new ones with a budget of 62 million yuan [5][6].

Core Viewpoint - The article emphasizes the explosive growth of spectral data and the challenges traditional analysis methods face, highlighting the revolutionary solutions brought by artificial intelligence and machine learning in the field of intelligent spectroscopy, marking the beginning of a new era in this industry [1]. Group 1: Industry Trends - The rise of intelligent spectroscopy is not just a technological innovation but a powerful engine driving future development across various industries [1]. - The "14th Spectral Network Conference (iCS2025)" will take place from July 1-3, 2025, featuring six major sessions, including a new session on "New Advances in Intelligent Spectroscopy Technology and Applications" [1]. Group 2: Conference Details - The conference will include a variety of reports and discussions on the integration of AI with spectroscopy, industry upgrades, and the latest research findings [1]. - The conference schedule includes notable presentations from experts in the field, covering topics such as SERS technology, hyperspectral remote sensing, and applications in biomedicine and environmental monitoring [3][4]. Group 3: Participation Information - Participants must complete a registration process, with a review conducted the day before the conference to ensure completeness of the application [5][6]. - Upon approval, participants will receive a reminder and a link to join the conference on the day of the event [6].

Core Viewpoint - The article highlights significant developments in the scientific instrument industry, including policy changes, product innovations, and collaborations aimed at enhancing research capabilities and industry standards [2][4][11]. Policy and Industry Standards - Sichuan Province has implemented a new policy for sharing major scientific research infrastructure and large scientific instruments, mandating that instruments valued at 500,000 yuan or more be included in a provincial sharing platform, effective July 18, 2025 [2]. Manufacturer Dynamics and New Product Releases - Suzhou Bozhong Instrument Technology Co., Ltd. launched China's first commercial 200 kV field emission transmission electron microscope (TEM) with a point resolution of 0.25 nanometers, targeting semiconductor wafer defect detection and lithium battery analysis [4]. - Shanghai Yidian Scientific Instruments participated in CPHI China 2025, showcasing GMP-compliant titrators, moisture analyzers, and spectroscopic chromatography instruments, along with providing 3Q certification services [5][6]. - Zhuomao Technology released the AXI9000, a high-speed CT X-ray automatic detection device, addressing the limitations of traditional 2D detection for 3D defect inspection in the electronics manufacturing sector [7]. - Leibertai Technology reported that its mass spectrometer series has competitive core performance indicators, with plans to accelerate import substitution through mergers and acquisitions [8]. - Huizhou Huagao Instruments introduced the DM&S SMS-1000 flash point tester, utilizing multi-point non-destructive testing technology, achieving over a 50% reduction in error rates compared to traditional methods [9]. Laboratory and Research Collaborations - Anhui Yi Technology and Hefei Comprehensive National Science Center signed an agreement to establish a joint laboratory for the development of key vacuum measurement equipment for nuclear fusion [11]. - The Hunan Provincial Drug Inspection Institute successfully passed the CNAS address change review, enhancing its testing capabilities for pharmaceuticals and medical devices [12]. - The Chenzhou Laboratory aims to optimize research models through industry-academia collaboration, focusing on key technologies to meet enterprise needs [13]. - A partnership between Heilongjiang Province's environmental monitoring center and Heilongjiang University aims to cultivate 200 interdisciplinary technical talents over three years to support ecological monitoring [14]. Patents and Technological Breakthroughs - Hunan Shuikoushan Nonferrous Metals Group obtained a patent for a method to determine silver, platinum, and palladium in high-silver gray powder, achieving a detection error of less than 0.3% and reducing chemical reagent consumption by 90% [17]. - Jiangsu Luben Instruments applied for a patent for an ion source structure and processing equipment, enhancing production capacity while reducing equipment size and process costs [17]. - Various companies, including Suzhou Fushida and Tianjin Jianzhijian Testing, have obtained patents for innovative testing devices, improving measurement accuracy and efficiency in their respective fields [19][20]. Standards and Testing Technologies - The first domestic standard for fluoroquinolone drug sensitivity testing was published, providing a technical basis for treating multi-drug resistant bacterial infections [24]. - Ningxia has approved seven group standards aimed at improving detection efficiency and accuracy in food testing and microbiological technology [25]. - An international standard for testing the microwave reheating suitability of ceramic tableware was released, ensuring safety in food packaging applications [26]. Industry Events and Activities - The "Rong Craftsman Cup" skill competition for the seasoning industry was launched to accelerate technological upgrades and talent cultivation in Sichuan Province [28]. - DXOMARK released a new benchmark for smartphone imaging tests, enhancing evaluation standards for HDR, zoom, and video shooting [29]. - The Laser World of Photonics 2025 event in Munich showcased advanced optical instruments and solutions, attracting professionals from various countries [30]. - The China International Optical Instruments Exhibition is set to take place, featuring a high-profile forum on optical technology and applications [31].

Core Viewpoint - Central to the article is the announcement of multiple government procurement intentions by Central South University, detailing 26 items of laboratory equipment with a total budget of 137 million yuan, scheduled for procurement between July and December 2025 [1][2]. Summary by Categories Procurement Overview - Central South University has released procurement intentions for 26 items of laboratory equipment, with a total budget of 137 million yuan [1][2]. - The procurement is focused on large scientific instruments, with expected procurement dates set for July to December 2025 [2]. Specific Equipment and Functions - **Ultra-High Temperature Synchronization Thermal Analyzer**: 1 set, for studying thermal changes and quality variations of materials under ultra-high temperature conditions [4]. - **Ultra-Low Temperature Differential Scanning Calorimeter**: 1 set, for testing phase transitions and thermal changes of materials [4]. - **High-Pressure Corrosion-Resistant Thermal Gravimetric Analyzer**: 1 set, for analyzing material changes under high temperature and pressure [4]. - **Multi-Field Coupled X-Ray Diffraction Analyzer**: 1 set, for in-situ testing of various materials [5]. - **Micro-Focus Two-Dimensional X-Ray Diffraction Instrument**: 1 set, for analyzing micro-area diffraction and stress analysis [5]. - **High-Flux X-Ray Absorption Fine Structure Spectrometer**: 1 set, for real-time monitoring of material structural changes [5]. - **In-Situ X-Ray Photoelectron Spectrometer**: 1 set, for surface elemental analysis [6]. - **High-Resolution Liquid Chromatography-Mass Spectrometry**: 1 set, for qualitative and quantitative analysis of small molecules [6]. - **Dynamic Characterization System for Extreme Service Conditions**: 1 set, for evaluating material fatigue and fracture mechanics under varying temperatures [7]. Budget and Timeline - The total budget for the procurement is 137 million yuan, with specific allocations for each type of equipment [1][2]. - The procurement process is expected to take place from July to December 2025, indicating a planned timeline for the acquisition and installation of the equipment [2].

Core Viewpoint - The launch of the first domestically produced 200kV field emission transmission electron microscope (TEM) BZ-F200 by Suzhou Bozhong Instrument marks a significant breakthrough in China's high-end scientific instruments, achieving a lattice resolution of 0.14 nanometers, the highest in the country, and matching international mainstream products [1][2]. Group 1: Event Overview - The launch event took place on June 28 in Suzhou, attended by over a hundred representatives from government, academia, industry, finance, and media, highlighting the innovation in China's high-end scientific instrument sector [2][8]. - The event was themed "Mirror World" and presented the development journey of domestic transmission electron microscopes through three chapters: "Breaking Boundaries," "Innovating Perspectives," and "Gathering Strength for Future Voyages" [2][5]. Group 2: Key Achievements and Innovations - The BZ-F200 TEM represents five years of technological breakthroughs, overcoming challenges in key technologies such as electron source preparation and ultra-high stability high-voltage power supply [21][24]. - The device is designed for atomic-level observation in fields like integrated circuits and new materials, showcasing capabilities such as lattice structure analysis, defect analysis, and composition analysis [22][24]. - The successful development of the BZ-F200 is seen as a critical step in achieving domestic substitution in key areas previously dominated by foreign technologies, with the domestic high-end instrument market share increasing from 30% to 45.5% in 2023 [28]. Group 3: Future Directions and Collaborations - The company plans to focus on core electron beam technologies, with future models expected to include 120kV and 300kV versions by 2026, and aims to tackle high-end equipment such as spherical aberration correctors and cryo-electron microscopes [21][22]. - Collaborations were established with Suzhou University and other key players in the industry to create a self-controlled innovation ecosystem, integrating resources across the innovation chain, industry chain, and ecological chain [31][33].

Core Viewpoint - The article emphasizes the significant support of 200 billion yuan from special long-term government bonds for equipment upgrades, marking a critical step in China's supply-side structural reform [1][3][4]. Group 1: Funding and Projects - This year, the special long-term government bond funding for equipment upgrades is set at 200 billion yuan, with the first batch of approximately 173 billion yuan allocated to about 7,500 projects across 16 sectors [1][2]. - The second batch of funding is currently undergoing project review and selection [1][2]. Group 2: Strategic Initiatives - The Ministry of Finance has clarified that by 2025, it will issue 1.3 trillion yuan in special long-term government bonds, with 200 billion yuan specifically aimed at enterprise equipment upgrades and technological transformation [3]. - This initiative is part of a broader strategy to promote large-scale equipment updates and the replacement of consumer goods, indicating a focus on upgrading core areas of the real economy [3][4]. Group 3: Policy Implementation - The first batch of equipment upgrade funding has already been allocated to projects, while the second batch is in the process of review and selection, with additional policies such as loan interest subsidies expected to support ongoing efforts [5].

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Core Viewpoint - The article discusses the review and publication of the revised draft of the Food Safety Law of the People's Republic of China, emphasizing the importance of public feedback during the 30-day consultation period [1][2]. Group 1: Key Regulations on Liquid Food Transport - The revised law mandates that the sender must verify the transport operator's permit and the safety compliance of the transport containers for bulk liquid food [4]. - The receiving party is also required to check the transport operator's permit and the integrity of the transport container seals [4]. - Transport operators must prominently display special markings on transport containers and are prohibited from carrying substances other than food [4][8]. Group 2: Penalties for Non-compliance - Violations of the law regarding the transport of key liquid foods without a permit can result in fines ranging from 50,000 to 500,000 yuan [4][6]. - Non-compliance in food storage, transport, and handling can lead to warnings, business suspension, and fines between 10,000 and 50,000 yuan, with severe cases resulting in license revocation [5][6]. Group 3: Amendments to Infant Formula Regulations - The revised law includes provisions for infant formula liquid milk alongside powdered milk, requiring strict quality control from raw material intake to finished product delivery [8][9]. - Manufacturers of infant formula must register their product formulas with the relevant government authorities, ensuring compliance with safety standards [9][10]. Group 4: Responsibilities of Food Safety Supervisory Departments - The State Council's food safety supervisory department is tasked with formulating specific management regulations for the transport of key liquid foods [8]. - Provincial food safety supervisory departments are responsible for publishing registered health food and special medical purpose formula food lists, maintaining confidentiality of commercial secrets [10][11].