摘要 ： 赛微电子宣布以1.57亿元收购青岛展诚科技有限公司56.24%股权，本次交易完成后，赛微电子合计持有展诚科技61.00%股权，对展诚科技实现控 股，新增芯片设计服务及EDA软件开发业务。 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。 深化战略合作 2022年6月，赛微电子全资子公司北京微芯科技有限公司即以自有资金人民币500万元对展诚科技进行战略投资，持续跟踪展诚科技的经营及 发展状况，并组织展诚科技与北京FAB3工艺技术团队就EDA软件在MEMS芯片制造领域的应用开展深入交流。 过去三年，双方真诚相处，在产业协同方面进行了充分的讨论，对产业竞争格局及发展方向逐步形成共识，最终为双方的本次战略合作奠定了 重要基础。 展诚科技在 寄生参数提取领域 具有多年研发经验，后续可有效协同配合赛微电子在MEMS EDA领域的研发工作，进一步增强赛微电子在的综 合竞争力。 携手共谱华章 赛微电子与展诚科技均面向境内外芯片设计公司提供服务，通过本次交易，赛微电子将进一步拓展和深化在MEMS芯片制造、芯片设计服务领 域的战略布局，同时依托展诚科技 ...

Group 1 - The article highlights a live streaming event focused on peptide and nucleic acid drug quantitative method development, scheduled for September 10 [2] - The session will be led by an experienced application support engineer from SCIEX, who has over ten years of experience in mass spectrometry method development in the pharmaceutical field [2] - The live stream aims to address practical challenges faced in frontline work, combining theoretical knowledge with practical application for immediate use [2] Group 2 - The event promises a systematic introduction to key aspects of method development, emphasizing practical guidance [2] - Participants can expect to receive valuable tips and techniques that are directly applicable to their work [2]

| 检测中心 | 采购预算 | | --- | --- | | 山西省长治生态环境监测中心 | 3782000 | | 山西省太原生态环境监测中心 | 7686000 | | 山西省阳泉生态环境监测中心 | 2773000 | | 山西省临汾生态环境监测中心 | 2599000 | | 山西省忻州生态环境监测中心 | 1793000 | | 山西省吕梁生态环境监测中心 | 1059000 | | 山西省朔州生态环境监测中心 | 2243000 | | 山西省运城生态环境监测中心 | 2634000 | | 山西省大同生态环境监测中心 | 3534000 | | 山西省晋中生态环境监测中心 | 2702000 | | 山西省晋城生态环境监测中心 | 2611000 | 部分采购设备如下。 晋中生态环境监测中心 摘要 ： 近日，山西省生态环境监测仪器装备升级项目开始采购，11个市级监测中心发布采购需求，预算总计3342万元。 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，山西省生态环境监测仪器装备升级项目开始采购，11个市级监测中心发布 ...

Core Viewpoint - The article discusses how Chinese scientists developed scientific instruments during the Anti-Japanese War, overcoming severe challenges and laying the foundation for the development of scientific instruments in modern China [3][4]. Group 1: Challenges in Instrument Development - Resource scarcity was the biggest obstacle for scientific instrument development during the war, as coastal industrial areas were occupied, forcing research institutions to relocate to remote areas [4]. - The migration of research institutions, such as the Central Research Institute and Peking Research Institute, faced significant difficulties, leading to the loss of many precision instruments and research equipment [4][5]. - Despite the challenges, some scientists chose to stay and contribute to the war effort, exemplifying the conflict between talent loss and dedication [4][5]. Group 2: Achievements Under Difficult Conditions - The first high-magnification microscope in China was developed in 1938 by a team led by Yan Jici, using limited resources and local craftsmanship [7]. - The team produced 500 microscopes with a magnification of 1500 times, along with over 300 sets of rangefinders and telescopes for military use [7][10]. - They also created 200 leveling instruments, which played a crucial role in military mapping and engineering projects during the war [10]. Group 3: International Support - During the war, the U.S. provided limited scientific instruments through the "Flying Tigers" and the Hump airlift, which were essential for medical and military purposes [11]. - The Soviet Union's support was critical in the early years of the war, supplying basic experimental equipment to maintain research activities [11]. - Overseas Chinese scientists also made significant contributions, such as Zhao Zhongyao, who safely transported valuable materials for nuclear physics research [12]. Group 4: Legacy and Impact on Post-War Development - The technological legacy from the war period directly influenced post-war scientific instrument development in China, with techniques and knowledge being passed down [13]. - The training of talented scientists during the war, such as Yang Zhenning and Li Zhengdao, laid the groundwork for future advancements in various scientific fields [13]. - The spirit of self-reliance and hard work fostered during the war became a driving force for China's scientific policies and technological independence [13][17]. Group 5: Post-War Instrument Industry Development - After the war, China's scientific instrument development relied heavily on Soviet assistance, leading to the establishment of key manufacturing facilities [15]. - The 1960s and 1970s marked a shift towards independent innovation, with significant achievements in precision instruments and high-energy physics [15][16]. - The reform and opening-up period brought new opportunities for the scientific instrument industry, with initiatives like the "863 Program" supporting high-end instrument research [16].

Core Viewpoint - The article highlights significant new product launches and awards received by leading brands in the scientific instrument sector during the first half of 2025, showcasing innovation and advancements in various instrument categories [1][3]. Product Launches - **Gas Chromatography**: Shandong Huifen launched two innovative domestic products, the MEMS-TCD and PDHID, featuring high sensitivity and precise detection capabilities for trace impurities in high-purity gases [4]. - **Ion Chromatography**: Qingdao Shenghan introduced the CIC-D180H high-pressure ion chromatography and CIC-D160Z column suppression ion chromatography, emphasizing efficiency and cost savings in operation [5]. - **High-Resolution Mass Spectrometry**: SCIEX unveiled the ZenoTOF 8600 system, enhancing qualitative and quantitative analysis capabilities, with plans for localized production of flagship products in China [6]. - **Nuclear Magnetic Resonance**: Bruker launched a 1.3 GHz high-resolution NMR system, along with innovative components aimed at improving cancer diagnosis capabilities [7]. - **Organic Elemental Analyzers**: VELP's three products, including the fully automatic Kjeldahl nitrogen analyzer, were successfully installed at a university, supporting key research projects [8]. - **Transmission Electron Microscopy**: JEOL introduced the JEM-Z200MF, an advanced S/TEM capable of atomic resolution imaging in a non-magnetic field environment [9]. - **Particle Size Analyzers**: Dandong Baiter launched four innovative particle size analyzers, showcasing advancements in particle testing technology [10][11]. Awards and Recognitions - The "3i Award" ceremony recognized outstanding products and individuals in the scientific instrument industry, with 13 awards presented during the 2025 ACCSI event [15]. - Notable winners included the iQuad 2300P and SP-5220 gas chromatograph, awarded the "2024 Excellent New Product Award" [16]. - Qingdao Shenghan's founder was named "2024 Enterprise Person of the Year," reflecting the company's significant market presence and contributions [18]. - Leading companies such as SCIEX, PerkinElmer, and others were recognized as "2024 Leading Enterprises in the Scientific Instrument Industry" [19]. Industry Focus - The article emphasizes the competitive and rapidly growing nature of the scientific instrument market, highlighting the importance of brand recognition and product innovation for market leaders [2][21].

Core Viewpoint - The article discusses the release of multiple national standards by the State Administration for Market Regulation, covering various sectors including steel, ceramics, and chemical products, with a total of 49 mandatory standards and 622 recommended standards set to be implemented by 2025 and 2026 [2][6]. Group 1: Mandatory National Standards - A total of 49 mandatory national standards have been approved, including "Fall Protection Safety Nets" [2]. - The implementation date for several standards, such as "Chemical Composition Allowable Deviation for Steel and Alloys," is set for December 1, 2025 [6]. - Other standards include methods for determining chromium, vanadium, boron, and aluminum content in steel and alloys, all effective from March 1, 2026 [6]. Group 2: Recommended National Standards - 622 recommended national standards have been published, including "Packaging and Storage Graphic Symbols" [2]. - Specific testing methods for ceramic tiles and various chemical analyses are included in the recommended standards [6][7]. - The implementation dates for these standards vary, with many set for March 1, 2026 [7][8]. Group 3: Industry Impact - The new standards are expected to enhance product quality and safety across industries such as construction, manufacturing, and chemicals [2][6]. - The introduction of these standards may lead to increased compliance costs for companies but is anticipated to improve overall market competitiveness [2][6]. - The standards will also facilitate better quality control and assurance processes within the relevant industries [2][6].

Core Viewpoint - The JASIS 2025 exhibition, a major event in the analytical and scientific instruments industry, is set to take place in Chiba, Japan, attracting 444 global companies and featuring over 300 activities and seminars aimed at promoting technological exchange and international cooperation [2][3]. Exhibition Overview - JASIS 2025 will open on September 3, 2025, at the Makuhari Messe in Chiba, Japan, and is recognized as one of the four major exhibitions in the analytical instruments sector, alongside Pittcon in the USA, analytica in Germany, and BCEIA in China [3]. - The event is expected to draw over 24,000 attendees, showcasing its international significance in the analytical instruments field [5]. Participation and Activities - A total of 444 companies, including several Fortune 500 scientific instrument firms, will participate, with over 1,200 exhibition booths [12]. - The event will feature 309 seminars and special activities, providing a platform for learning, exchange, and collaboration among industry professionals [12]. Focus Areas and Topics - JASIS 2025 will emphasize advanced materials, food science, environmental science, life sciences, LabDX, and quantum topics, with numerous technical seminars covering cutting-edge scientific advancements [13]. - The newly renamed "Exhibitor Seminars" will focus on new products, technologies, and methods, including drug discovery, battery material testing, PFAS, and laboratory automation [13]. International Participation - The exhibition will include 35 overseas exhibitors, with over 10 scientific instrument manufacturers from China participating, highlighting the event's role as a key gateway for the scientific instrument industry in China [14][18].

Group 1 - The project involves the procurement of a spherical aberration-corrected transmission electron microscope for Nanjing University with a budget of 43 million RMB [3] - The contract delivery period is set to be completed within 18 months after the contract signing [3] - Joint bids are not accepted for this project [3] Group 2 - The tender documents can be obtained from September 1 to September 5, 2025, during specified hours [4] - The cost of the procurement documents is 500 RMB, and no refunds will be provided after purchase [4] - Required documents for obtaining the tender include an authorized letter with a company seal and a copy of the ID of the authorized person [4] Group 3 - The project contact person is Zhang Ting, and further contact details are available at the end of the article [5]

Core Viewpoint - The article discusses an upcoming food safety standards promotion event organized by the Beijing Municipal Health Commission, aimed at enhancing the understanding and implementation of national food safety standards among various stakeholders in the food industry [2][3]. Event Details - Event Date: September 9-11, 2025 [3] - Participation Fee: Free of charge for registration and attendance [3]. Participation Format - Online Participation: Via Xinfang 3i Lecture Hall and WeChat video account [4]. - Offline Participation: Location at Beike Building, No. 27, North Third Ring Road, Haidian District, Beijing, with a limit of 100 participants requiring prior registration [4][5]. Organizers and Schedule - Organizing Body: Beijing Municipal Health Commission [7]. - Co-organizers: Beijing Academy of Science and Technology Analysis and Testing Institute, Beijing Center for Disease Control and Prevention [7]. - Detailed Agenda: - September 9: Focus on nutrition labeling and infant food standards [8]. - September 10: Emphasis on food labeling and food additive usage standards [8]. - September 11: Discussions on contaminant limits and dairy product standards [9].

Core Viewpoint - Beijing Bichuang Technology Co., Ltd. reported a total revenue of 311 million yuan for the first half of 2025, reflecting a year-on-year decline of 11.95% and a significant drop in net profit [2][3]. Financial Performance - Total revenue for H1 2025: 311.41 million yuan, down 11.95% from 353.68 million yuan in the same period last year [3]. - Net profit attributable to shareholders: -10.01 million yuan, a decrease of 493.09% compared to 2.55 million yuan in the previous year [2][3]. - Net profit after deducting non-recurring gains and losses: -12.30 million yuan, down 733.34% from -1.48 million yuan [2][3]. - Basic earnings per share: -0.05 yuan, a decline of 600% from 0.01 yuan [3]. - Net cash flow from operating activities: -29.82 million yuan, a decrease of 587.15% from 6.12 million yuan [3]. - Total assets at the end of the reporting period: 1.43 billion yuan, down 3.06% from 1.47 billion yuan at the end of the previous year [3]. Research and Development - R&D investment during the reporting period totaled 35.69 million yuan [4]. - The company focuses on developing core technologies in spectroscopy, precision optics, and intelligent sensors, aiming to create a comprehensive competitive advantage through innovative applications and a mature marketing system [3]. New Products and Applications - New products launched include: - Omni-λ750S series spectrometer for scientific research - SGM60 and SGM90 fiber optic spectrometers for environmental monitoring and scientific research - Sirius-SS1600 solar simulator for scientific research and intelligent manufacturing - Various Raman spectroscopy systems for materials science and biomedical applications [5][6]. Marketing and Brand Development - The company organized several events to enhance brand awareness, including a new product launch and regional seminars on optical technology [6]. - Bichuang Technology has developed an online platform, "Zhuoli Mall," for optical precision machinery products, facilitating a more efficient sales model [6]. Operational Management - The company aims to improve overall operational efficiency by optimizing management mechanisms and enhancing team capabilities through systematic training [7]. - Bichuang Technology is focusing on investment and industrial layout in optical and sensing technologies, collaborating with partners to promote technological innovation and domestic product replacement [7].