经 专 业 编 辑 团 初 审 、 网 络 评 审 团 评 审 、 技 术 评 审 委 员 会 主 席 团 审 核 ， 现 已 确 定 2025 年 上 半 年 " 提 名 奖 " 名 单 。 荣 获 2025年上半年"提名奖"的新品共有40台，比例约为16%。 其中， 环境监测类仪器共有6台新品获得"提名奖 " 。 摘要 ： 共6台环境监测类仪器新品获得仪器信息网"3i奖-科学仪器行业优秀新品奖"2025年上半年提名奖。 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。 仪器信息网始终以互动interacti ve、创新innovation、整合integrati ve为服务理念，秉持着创新的"基因"，以信息 化带动行业不断创新发展。为了将在中国仪器市场上推出的、创新性比较突出的国内外仪器产品全面、公正、客观地展 现给广大的国内用户，同时，鼓励各仪器厂商积极创新、推出满足中国用户需求的仪器新品，仪器信息网自2006年发 起"3i奖-科学仪器行业优秀新品奖"评选活动（以下简称：优秀新品奖）。 每 年 评 选 出 年 度 优 秀 新 品 奖 受 ...

摘要 ： 荣获2025年上半年"提名奖"的新品共有40台，比例约为16%；其中，光谱相关仪器共有4台新品获得"提名奖"。 各位评审专家按照严格的评审程序，对申报的新品进行网上、网下的评议，逐一进行打分并给出评审意见。"技术评审 委 员 会 主 席 团 " 承 担 各 个 阶 段 评 审 工 作 的 监 督 、 检 查 工 作 ， 对 " 提 名 奖 " 名 录 、 年 度 " 优 秀 新 品 奖 " 名 录 拥 有 最 终 裁 决。"3i奖-科学仪器行业优秀新品奖"评审团队由300余位业内资深专家组成，分别来自高校、研究所和企业，从事仪 器 研 制 、 制 造 和 应 用 相 关 工 作 ， 并 热 心 仪 器 事 业 、 办 事 公 正 ， 具 有 研 究 员 、 教 授 等 高 级 职 称 的 专 家 所 占 比 例 超 过 了 90%。 经 专 业 编 辑 团 初 审 、 网 络 评 审 团 评 审 、 技 术 评 审 委 员 会 主 席 团 审 核 ， 现 已 确 定 2025 年 上 半 年 " 提 名 奖 " 名 单 。 荣 获 2025年上半年"提名奖"的新品共有40台，比例约为16%。 其中， ...

摘要 ： 经专业编辑团初审、网络评审团评审、技术评审委员会主席团审核，现已确定2025年上半年"提名奖"名单。荣获2025年上 半年"提名奖"的新品共有40台，比例约为16%。 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。 仪器信息网始终以互动interacti ve、创新innovation、整合integrati ve为服务理念，秉持着创新的"基因"，以信息 化带动行业不断创新发展。为了将在中国仪器市场上推出的、创新性比较突出的国内外仪器产品全面、公正、客观地展 现给广大的国内用户，同时，鼓励各仪器厂商积极创新、推出满足中国用户需求的仪器新品，仪器信息网自2006年发 起"3i奖-科学仪器行业优秀新品奖"评选活动（以下简称：优秀新品奖）。 每 年 评 选 出 年 度 优 秀 新 品 奖 受 到 越 来 越 多 的 仪 器 用 户 、 国 内 外 仪 器 厂 商 以 及 相 关 媒 体 的 关 注 和 重 视 。 经 过 20 年 的 打 造，该奖项已经成为国内外科学仪器行业最权威的奖项之一，获奖名单被多个政府部门采信，仪器信息网新品首 ...

Core Viewpoint - The "Domestic Instruments and Analytical Testing Innovation Development Forum" focuses on the innovation and development of domestic instruments, discussing technological breakthroughs, certification systems, and internationalization paths to promote an open and collaborative analytical testing ecosystem [2][3][5][44]. Group 1: Forum Overview - The forum was held on September 11, 2025, in Beijing, as part of BCEIA 2025, organized by the Instrument Information Network and supported by various associations [3][5]. - Representatives from government, industry associations, research platforms, universities, and domestic instrument companies participated in discussions on key topics such as technological breakthroughs and application ecosystems [5][6]. Group 2: Key Reports and Insights - A report highlighted that China's scientific instrument market exceeded 220 billion yuan in 2023, growing by 12% year-on-year, with a significant reliance on imports, particularly in large scientific instruments (70% imported) and analytical instruments (over 90% imported) [16][21]. - The Beijing government introduced the "High-end Scientific Instrument Innovation Development Action Plan (2025-2027)" aiming to break through 30 key components and develop over 50 complete products by 2027, fostering a competitive industrial ecosystem [17][18]. Group 3: Certification and Quality Assurance - A report discussed the necessity of establishing a quality certification system for domestic instruments, led by the China Certification and Accreditation Association, to address market trust issues and enhance product quality [26][27]. - The certification system will focus on local development and production of core components, ensuring comprehensive evaluation of product performance and quality management [27]. Group 4: Industry Challenges and Strategies - Domestic instrument companies face challenges such as increased competition and brand recognition issues, necessitating a dual strategy of internal management optimization and external market expansion [21]. - Companies are encouraged to leverage local industry clusters' advantages and focus on technology-driven growth to enhance global competitiveness [21]. Group 5: Application and Innovation - The "Good Domestic Instruments" project has evaluated over 400 domestic instruments, providing authoritative endorsements and user feedback to enhance brand recognition and application promotion [24]. - Reports emphasized the importance of integrating AI technology with analytical testing to improve the accuracy and efficiency of domestic instruments [28]. Group 6: Regional Development and Collaboration - Sichuan Province is actively promoting the application and innovation of domestic scientific instruments through collaborations with educational institutions and industry, aiming to enhance technical capabilities [34]. - The forum also recognized outstanding domestic instruments, showcasing the achievements of various companies in the industry [43].

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].

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].

Investment Rating - The investment rating for the company is "Outperform" (Maintain) [3] Core Views - The company reported a revenue of 71.15 million yuan for H1 2025, representing a year-on-year increase of 6.39%, while the net profit attributable to the parent company was 11.87 million yuan, down 9.15% year-on-year. The net profit after deducting non-recurring gains and losses increased by 4.76% year-on-year [5] - The company maintains its profit forecast for 2025-2027, expecting net profits of 44 million yuan, 50 million yuan, and 55 million yuan respectively, with corresponding EPS of 0.48 yuan, 0.54 yuan, and 0.61 yuan per share, leading to PE ratios of 35.4, 31.6, and 28.3 times respectively [5] Financial Performance Summary - As of June 30, 2025, the company had a total of 87 authorized patents, including 21 invention patents. In H1 2025, revenue from biological sample processing, laboratory automation and general equipment, and molecular biology and drug research products was 41.66 million yuan, 17.39 million yuan, and 5.70 million yuan respectively, with year-on-year growth rates of 7.27%, 5.51%, and 1.29% [6] - The company is positioned in a market where over 80% of large analytical instruments are imported, indicating significant domestic market potential. The global analytical instrument market is projected to reach 60 billion USD by 2025, with a CAGR of 6.5% expected until 2034 [7] Financial Forecasts - The company's projected financials for 2023A to 2027E include: - Revenue: 191 million yuan (2023A), 168 million yuan (2024A), 173 million yuan (2025E), 195 million yuan (2026E), 218 million yuan (2027E) [11] - Net profit: 58 million yuan (2023A), 42 million yuan (2024A), 44 million yuan (2025E), 50 million yuan (2026E), 55 million yuan (2027E) [11] - EPS: 0.64 yuan (2023A), 0.45 yuan (2024A), 0.48 yuan (2025E), 0.54 yuan (2026E), 0.61 yuan (2027E) [12]

Core Viewpoint - The breakthrough of domestic scientific instruments relies not only on technological advancements but also on a long-term accumulation of trust among various stakeholders [1][7]. Government Support - National and local governments have placed significant emphasis on the development of the domestic scientific instrument industry, implementing multiple supportive policies that create a comprehensive support system from R&D to market application [2]. - For instance, Shanghai's Xuhui District announced measures to promote the instrument industry, offering up to 30 million yuan in funding for platform construction, enterprise introduction, and key technology breakthroughs [2]. - Beijing's "National Instrument for Beijing Use" plan focuses on high-end scientific instruments like mass spectrometers and electron microscopes, aiming to develop over 50 complete products by 2027 and nurture two leading enterprises with over 3 billion yuan in output value [2]. Current Market Dynamics - The current landscape shows that imported brands dominate the large instrument equipment market, with domestic instruments holding a relatively low market share due to stringent performance requirements in actual research applications [4]. - For example, in experiments like "mosquito saliva collection," the extreme precision and low tolerance for error lead researchers to prefer long-validated, reliable equipment, resulting in a cautious attitude towards domestic large instruments [4]. Expert Insights - Despite recent advancements, domestic instruments still face challenges in measurement accuracy, long-term reliability, and performance stability in complex applications, necessitating longer R&D cycles and more market validation [6]. - The Molecular Plant Excellence Center has actively engaged with domestic instrument manufacturers, conducting practical trials with prototypes to provide researchers with firsthand experience and assessment opportunities, thereby reducing procurement risks associated with immature equipment performance [6]. Collaborative Efforts - The path to the breakthrough of domestic scientific instruments requires collaboration among policymakers, manufacturers, and researchers, fostering an ecosystem that allows for trial and error, rapid iteration, and open feedback [7]. - By establishing a supportive mechanism that mitigates potential trial risks, manufacturers must listen to user needs and continuously optimize product experiences, while researchers should provide more opportunities for domestic instruments to be validated in real applications [7].

Core Viewpoint - The customs system has announced multiple government procurement intentions for laboratory instruments, with a total budget of 258 million yuan, indicating significant investment in laboratory equipment for various applications [2][3]. Procurement Intentions - The customs system has released four procurement intentions for laboratory instruments, with a total budget of 258 million yuan, expected to be procured between August and September 2025 [3]. - The specific instruments include: - Liquid Chromatography-Mass Spectrometry (LC-MS) - Gas Chromatography-Triple Quadrupole Mass Spectrometer (GC-MS/MS) - Electronic Microbalance - Automatic Potentiometric Titrator [3][4][5][6]. Detailed Procurement List - The procurement list includes: - 85 units of Liquid Chromatography-Mass Spectrometry with a budget of 244.82 million yuan, to be delivered within 30 days after contract signing [9]. - 17 units of laboratory instruments with a budget of 2.28 million yuan for the Zhongshan Customs Technical Center [9]. - 13 units of Gas Chromatography-Triple Quadrupole Mass Spectrometer with a budget of 8.88 million yuan for the Zhongshan Customs Technical Center [9]. - Various other instruments including Electronic Microbalance, Automatic Potentiometric Titrator, and others with a combined budget of 1.57 million yuan [9].