Core Insights - The total budget for instrument procurement intentions from various universities in China exceeds 4 billion [2][4] - The National Development and Reform Commission has allocated 188 billion yuan in long-term special bonds to support equipment updates, with education being a key focus area [3] - There is a noticeable rebound in equipment update demand among universities, characterized by policy-driven initiatives, high-end upgrades, and accelerated domestic substitution [3] Procurement Plans Summary - A total of 35 universities and research institutions have announced procurement plans in August, with a combined budget exceeding 4 billion [4] - Notable procurement amounts include: - Bengbu Medical University: 82.71 million - Beihang University: 121 million - Northeast University: 93.03 million - Beijing University of Chinese Medicine: 237 million - Hebei University of Engineering: 100 million - Hubei Normal University: 88.55 million - Fuyang Normal University: 137 million - Hubei University of Chinese Medicine: 207 million - Huazhong University of Science and Technology: 133 million - Kashgar University: 130 million - Jiangnan University: 83.34 million - Inner Mongolia University of Technology: 195 million - Tsinghua University: 183 million - Shanxi Agricultural University: 98 million [5][6] Historical Context - Previous months' procurement intentions included: - July: Over 5.7 billion from 48 institutions - June: Over 4.5 billion from 37 institutions - May: Over 3.4 billion from 34 institutions - April: Over 4.2 billion from 32 institutions - March: Over 4.6 billion from 30 institutions - February: Over 2.35 billion from 13 institutions [7]

Core Viewpoint - The BCEIA 2025 conference, held in Beijing, featured a microfluidics analysis forum that attracted nearly a hundred participants for discussions and presentations on advanced analytical techniques and technologies in the field [2][3]. Forum Overview - The forum was co-hosted by Professor Lin Jinming from Tsinghua University and Professor Kazuma Mawatari from Waseda University, featuring 22 experts from both domestic and international backgrounds who delivered insightful reports [5]. Key Presentations - **Kazuma Mawatari's Report**: Introduced an AI-based concentration device and sensor for microfluidics, addressing the gap between sample volume and analysis volume, and presented a method for converting milliliters to nanoliters [7][8]. - **Mao Sifeng's Report**: Discussed an inclined push-pull probe for in situ cell staining and calcium channel activation, highlighting its advantages over traditional vertical probes in terms of integration and optical imaging [10]. - **Seong Ho Kang's Report**: Presented a multifunctional optical nanoscopy system for super-resolution imaging and tracking in live cells, capable of real-time monitoring of intracellular transport without relying on fluorescence [11]. - **Chen Qiushui's Report**: Focused on on-chip measurement of biological radiation damage in X-ray imaging, showcasing advancements in nanocrystal scintillators for low-dose, high-sensitivity X-ray imaging [14]. - **Multi-Organ-on-a-Chip System**: Introduced a new integrated multi-organ system for assessing prodrug efficacy and toxicity, emphasizing its dual analysis capabilities and potential applications in drug development [15]. - **Wu Zengnan's Report**: Explored open aerosol microfluidics for compartmentalized functionalization of hydrogel particles, demonstrating the potential for customized applications in tissue engineering and drug screening [18]. Networking and Sponsorship - The microfluidics analysis forum was sponsored by Beijing Hongxin Future Technology Co., Ltd., providing a platform for further learning and networking opportunities [20].

Core Viewpoint - The U.S. Department of Commerce has added 23 Chinese entities to its Entity List, bringing the total to 1,112 Chinese companies on the list, citing national security and foreign policy concerns [1][2]. Group 1: Entities Listed - The 23 entities include 13 related to semiconductors and integrated circuits [3]. - Three entities are involved in biotechnology and life sciences [4]. - Two entities are research institutes related to aerospace, quantum technology, and timing systems [5]. - Two entities are related to industrial and engineering software [5]. - Three entities are involved in supply chain and logistics services [7]. Group 2: Reasons for Listing - The U.S. government claims these entities are involved in acquiring U.S. origin items for China's modernization, aerospace defense, and quantum technology development [2]. - They are also accused of supporting advanced computing, integrated circuit manufacturing, and distribution, directly serving government and security systems [2]. - There are concerns regarding their participation in biotechnology, engineering software development, and semiconductor manufacturing equipment procurement, with risks of circumventing export controls [2]. Group 3: Export Control Implications - All items controlled under the Export Administration Regulations (EAR), including hardware, software, and technology, require a license from the U.S. Department of Commerce for export, re-export, or domestic transfer to the listed entities [7].

摘要 ： 2025年9月10日，中国分析测试协会化学计量学与人工智能专业委员会成立暨化学计量学与人工智能论坛正式召开。 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。 仪器信息网讯 2025年9月10日，第二十一届北京分析测试学术报告会暨展览会（BCEIA 2025），在北京中国国际展览中心（顺义馆）盛大 召开。会议期间，中国分析测试协会化学计量学与人工智能专业委员会成立暨化学计量学与人工智能论坛正式召开，100余位代表出席。 在当代科技创新矩阵中，化学计量学与人工智能构成了相辅相成的双引擎。化学计量学以其严谨的数学模型和精确的定量分析能力，与人工智 能强大的数据挖掘和智能决策优势相 互赋 能 ， 共 同 推 动 分 析 科 学 迈 向 智 能 化 新 纪 元 。 他 们 正 推 动 仪 器 设 计 、 智 能 制 造 、 食 药 快 检 、 过 程 控 制、精准医疗、新污染物监测等方向实现突破性进展，为传统产业的数字化、智能化和现代化发展注入全新动力，成为驱动科研与产业创新的 核心力量。 中国分析测试协会化学计量学与人工智能专业委员会的成 ...

Summary of Key Points Core Viewpoint - Tianjin University of Science and Technology has announced multiple government procurement intentions for scientific instruments, with a total budget of 173 million yuan, covering 44 items including advanced scientific equipment [2][3]. Procurement Overview - The procurement includes high-end instruments such as low-temperature high-magnetic-field scanning tunneling microscope, time-domain tunable soft X-ray source and calibration device, soft X-ray spectrometer system, high-power YAG laser, W-band electron paramagnetic resonance spectrometer, and ultrafast tunable laser detection system, with expected procurement time set for September to November 2025 [3][4][5][6]. Detailed Procurement List - The detailed procurement list includes: - Low-temperature high-magnetic-field scanning tunneling microscope: Budget of 5 million yuan [8] - Soft X-ray spectrometer system: Budget of 1.8 million yuan [8] - High-power YAG laser: Budget of 542 thousand yuan [8] - W-band electron paramagnetic resonance spectrometer: Budget of 1.019 million yuan [9] - Ultrafast tunable laser detection system: Budget of 422 thousand yuan [9] Research and Development Focus - The university has a strong research background, particularly in light industry technology, food science, and chemical engineering, contributing significantly to national strategic needs and regional industrial development [12][22]. Academic and Research Strength - Tianjin University of Science and Technology ranks among the top in several disciplines, with six subjects in the ESI global top 1%, showcasing its strong international academic competitiveness [13][22]. Research Platforms - The university hosts multiple national and provincial key laboratories and engineering research centers, enhancing its research capabilities and supporting high-level scientific projects [14][15][22]. Industry Contribution - The university plays a crucial role in advancing technology and innovation in the light industry sector, significantly impacting the transformation and upgrading of related industries [22].

Core Viewpoint - The article highlights high-paying job opportunities in the laboratory instrument sales sector, emphasizing the demand for skilled professionals in various roles across different cities in China [2][3][5][10]. Job Opportunities - Positions available include Laboratory General Instrument Sales Engineer in Guangzhou with a salary range of 8k-15k, requiring a background in chemistry, pharmacy, or related fields [2]. - Sales Project Manager in Shanghai offers a salary of 10k-20k, requiring a degree in chemistry or biology and at least three years of sales experience in the instrument industry [3][4]. - CRO Industry Development Manager in Beijing with a salary range of 15k-30k, requiring familiarity with CRO operations and experience in chromatography instruments [5]. - Application Engineer for Bioreactors in Suzhou, offering 10k-20k, focusing on customer technical support and product improvement [8]. - Sales Engineer positions available at various companies, including Agilent and Anton Paar, with salaries ranging from 18k-28k and requiring relevant industry experience [10][13]. Candidate Requirements - Most positions require a bachelor's degree or higher in relevant fields such as chemistry, biology, or materials science [4][14]. - Candidates should possess strong sales experience, communication skills, and the ability to work independently [4][11]. - Specific technical knowledge related to laboratory instruments and experience in customer engagement are emphasized across various roles [5][8][14].

摘要 ： 9月11日，作为BCEIA 2025同期分论坛之一，表界面分析暨第十一届全国表面分析科学与技术研讨顺利召开，旨在为表面化学领域的专家学者、科研人 员及业界精英提供一个高水平的学术交流平台。 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。 仪 器 信 息 网 讯 2025 年 9 月 10 日 ， 第 二 十 一 届 北 京 分 析 测 试 学 术 报 告 会 暨 展 览 会 （ The 21s t Beijing Conference & Exhibition on Ins trumental Anal y s i s，BCEIA 2025） 在北京·中国国际展览中心（顺义馆）顺利召开。 9 月 11 日 ， 作 为 BCEIA 2025 同 期 分 论 坛 之 一 ， 表 界 面 分 析 暨 第 十 一 届 全 国 表 面 分 析 科 学 与 技 术 研 讨 会 顺 利 召 开 ， 本 届 学 术 报 告 会 为 期 1 天，旨在为表面化学领域的专家学者、科研人员及业界精英提供一个高水平的学术交流平台，共同探讨表面化学分析领域的 ...

Core Viewpoint - The establishment of the China Analysis and Testing Association's Toxicology Analysis Branch aims to promote interdisciplinary collaboration and technological innovation, serving national security and public health [1][2][3]. Group 1: Establishment and Purpose - The Toxicology Analysis Branch was officially established during the 21st Beijing Conference on Analysis and Testing, with over 100 representatives in attendance [2][3]. - The branch focuses on the integration of analysis science, chemistry, and medicine, addressing the critical need for advanced toxicology analysis methods and technologies to mitigate risks to human health [2][3][19]. Group 2: Leadership and Structure - The inaugural meeting was chaired by Researcher Guo Lei from the Academy of Military Medical Sciences, and the first committee members were elected through a secret ballot [4][9][11]. - Researcher Xie Jianwei was elected as the first director, with several other prominent researchers appointed as deputy directors and a secretary general [11][13]. Group 3: Future Directions and Goals - The branch aims to create a high-quality communication platform that integrates cutting-edge research with practical applications, focusing on national needs and promoting technological innovation [16][20]. - The establishment of the branch is expected to enhance rapid diagnostic technology in clinical toxicology, improve forensic identification methods, and strengthen public health risk warning systems [19][20].

Core Viewpoint - Huiran Technology officially launched its production in Wuxi on September 9, 2025, marking a significant milestone in its development and commitment to the semiconductor industry [2][3]. Group 1: Company Development - Huiran Technology was initiated in Daxing District, Beijing, in October 2021, and made a strategic decision to relocate its headquarters to Wuxi's Binhu District in mid-2024, citing Wuxi's strong semiconductor ecosystem and supportive business environment as key factors for the move [5]. - The company emphasizes its commitment to independent technology development and service to industry growth, maintaining its original mission despite the geographical change [5]. Group 2: Future Goals and Vision - The founder of Huiran Technology reflected on the company's journey and expressed gratitude for the support received, while outlining new goals and plans for the future, emphasizing the mission of technological innovation and national service [7]. - The launch event featured symbolic gestures such as the unveiling of red silk and celebratory cannon fire, representing a new beginning for Huiran Technology, with aspirations to contribute significantly to China's scientific instrument and semiconductor equipment industries [7].

Core Viewpoint - Qinghai Minzu University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 122 million yuan, covering 62 items of equipment, expected to be procured by September 2025 [2][3]. Procurement Overview - The procurement includes various types of instruments such as electrochemical analysis instruments, microscopes, stirring machines, magnetic analyzers, and radiation-based analytical instruments [3][4][5][6][7]. - The total budget for the procurement is 122 million yuan, indicating a significant investment in educational and research capabilities [2][3]. Specific Instruments - **Magnetic Analyzer**: Utilizes magnetic fields to separate charged particles for analysis, widely used in nuclear physics, materials science, and environmental monitoring [4]. - **Electrochemical Analysis Instrument**: Analyzes the relationship between electrochemical properties and substance concentration, applicable in environmental monitoring and food safety [5]. - **Radiation-Based Analytical Instrument**: Uses electromagnetic waves or high-energy particle beams to analyze material composition and structure, crucial for non-destructive testing in various fields [6][7]. Procurement Goals - The procurement aims to enhance teaching and research conditions at Qinghai Minzu University, attracting more qualified faculty and improving educational quality through modernized teaching methods [9][10][11][12][13]. - The updated equipment is expected to facilitate international collaboration and enhance the university's research capabilities, aligning with contemporary educational demands [9][10][11][12][13].