摘要 ：近日，重庆医科大学发布多批政府采购意向，仪器信息网特对其中的仪器设备品目进行梳理，统 计出17项仪器设备采购意向，预算总额达8937万元。 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 ， 重 庆 医 科 大 学 发 布 1 7 项 仪 器 设 备 采 购 意 向 ， 预 算 总 额 达 8 9 3 7万 元 ， 涉 及 蛋 白 纯 化 仪、荧光显微镜、超微量紫外可见分光光度计 、流式细胞检测仪 、智能全自动高通量化学合 成 与 分 离 纯 化 系 统 和 连 续 流 光 电 化 学 反 应 系 统 等 ， 预 计 采 购 时 间 为 2 0 2 5 年 9 月 ~2 0 2 6 年 1 2 月。 详细采购清单： 重庆医科大学2 0 2 5年9月~ 2 0 2 6年1 2月 仪器设备采购 意向汇总表 | 采购 | | 预算 | 采购 | | --- | --- | --- | --- | | | 需求概况 | | | | 项目 | | 万元 | 时间 | | | 标的名称：流式细胞分析仪；标的数量： 1 ；标的目标： | ...

Core Viewpoint - Wuhan University plans to procure instruments and equipment in the fields of life health, basic research, drug screening, and geospatial studies from March to May 2026, with a total budget of approximately 290.898 million yuan [1][2]. Procurement Summary - The total budget for the procurement is set at 290.898 million yuan, with the expected procurement period from March to May 2026 [2]. - The planned instruments include: - Stable isotope ratio mass spectrometer - Flow cytometer - PCR instrument - Cryo-confocal optical correlation microscope - Ultracentrifuge - High-throughput rapid protein liquid chromatography system - Central double-stage pure water system - Field emission scanning electron microscope - High-resolution inverted fluorescence microscope [2][3]. Detailed Procurement List - The procurement list includes various advanced instruments with specific budget allocations, such as: - High-content screening system: 83.784 million yuan, scheduled for May 2026 - Stable isotope ratio mass spectrometer (EA-IRMS): budget not specified - Digital interactive microscope systems: budget not specified - High-throughput quantitative PCR instrument: budget not specified - Ultracentrifuge: budget not specified - Laser confocal microscope: budget not specified - Multi-functional enzyme label instrument: budget not specified - High-resolution laser scanning confocal microscope: budget not specified [2][3][5]. Additional Equipment for Geospatial Studies - The procurement also includes equipment for geospatial studies, such as: - Quartz spring relative gravity meter: 2 sets, budget of 370.4 million yuan - Geomagnetic observation system: 1 set - High-density resistivity system: 1 set - Polarizing microscope: 6 sets [5][6].

Core Viewpoint - The Shanghai Institute of Ceramics, Chinese Academy of Sciences, has announced procurement intentions for 27 items of laboratory equipment, with a total budget of 83.97 million yuan, expected to be purchased between August 2025 and February 2026 [1][2]. Procurement Overview - The procurement includes advanced equipment such as a functional ceramic component thermal emission detection system, ultra-high pressure experimental device, high-temperature isostatic pressing furnace, and high-resolution variable temperature electron paramagnetic resonance spectrometer [2][4]. - The total budget for the procurement is 83.97 million yuan, indicating significant investment in research and development capabilities [1][2]. Detailed Procurement List - The procurement list includes various specialized equipment, with specific budget allocations and intended procurement dates: - Large-size reaction sintering furnace: 450,000 yuan, expected by February 2026 [4]. - High-temperature isostatic pressing furnace: 308,000 yuan, expected by October 2025 [5]. - High-resolution variable temperature electron paramagnetic resonance spectrometer: 267,000 yuan, expected by October 2025 [6]. - Functional ceramic component thermal emission detection system: 137,000 yuan, expected by August 2025 [6]. - Ultra-high pressure experimental device: 295,000 yuan, expected by September 2025 [6]. Equipment Specifications - The functional ceramic component thermal emission detection system aims to analyze and accurately locate defects in functional ceramic components, with a measurement precision of mK and detection power at μW level [6]. - The procurement also includes advanced systems for ceramic additive manufacturing, high-temperature creep testing, and pressure curing furnace system modifications, indicating a focus on enhancing research capabilities in ceramic materials [6][8].

Group 1 - The article highlights various job openings in the instrumentation sector, focusing on sales positions across different companies [3][4][5][6][7][11][12][14][15][16][18][21][22][24][26][28][30][31][34] - Companies are seeking candidates with specific educational backgrounds, such as degrees in chemistry, automation, and related fields, along with relevant work experience [4][10][12][14][15][21][30] - Many positions require strong communication skills, market development abilities, and a customer-oriented approach, emphasizing the importance of teamwork and problem-solving capabilities [5][10][15][16][19][21][30] Group 2 - The article lists various roles, including sales engineers, sales assistants, and application engineers, with salary ranges varying from 6k to 35k per month depending on the position and experience [7][9][12][18][22][30][31] - Specific job requirements include familiarity with analytical instruments, sales experience, and the ability to handle customer relations effectively [5][10][12][19][21][30] - Companies are also looking for candidates who can adapt to frequent travel and possess a strong work ethic, with some roles requiring knowledge of English for communication [4][10][15][21][30]

Core Insights - The article discusses the successful completion of the "Breaking Waves, Reaching Far: Domestic Scientific Instruments Going Global Training Course" held in Shanghai, aimed at addressing the challenges faced by Chinese scientific instrument companies in their internationalization efforts [3][10]. Group 1: Event Overview - The training course took place from January 16 to 17, 2026, organized by Beijing Xinlifang Technology Development Co., Ltd. and Rhine Technology (Shanghai) Co., Ltd. [3] - Key participants included core leaders, market elites, and technical leaders from major enterprises across various provinces, emphasizing deep participation, heated discussions, and practical exchanges [3][5]. Group 2: Curriculum Structure - The course featured a comprehensive curriculum focusing on the entire chain of needs for scientific instruments going global, including "Standard Interpretation + Compliance Practice + Practical Empowerment + Trend Analysis" [5]. - Industry experts and entrepreneurs were invited to teach, covering topics such as EU safety certification, environmental regulations, and cross-border employment risks [5][6]. Group 3: Practical Insights - Notable sessions included Tianmei Group's CEO sharing insights on the growth strategies of domestic scientific instruments and the nine exploratory attempts for internationalization [6]. - Guo Lei, Chairman of Dalong, provided practical guidelines on customer factory inspections and overseas channel construction, detailing compliance requirements and operational processes [6][9]. Group 4: Interactive Learning - The interactive segment of the course saw enthusiastic participation from attendees, who raised questions about compliance differences in Southeast Asia, CE certification for European markets, and management of overseas distributors [9]. - Experts and entrepreneurs provided detailed answers, fostering horizontal exchanges among participants and igniting valuable discussions [9]. Group 5: Conclusion and Future Directions - The training concluded with participants expressing satisfaction and joy from the knowledge and practical tools gained, as well as the networking opportunities created [10]. - The event established a high-quality learning and exchange platform for the industry, with plans for ongoing focus on the internationalization needs of scientific instrument companies [10].

Core Viewpoint - The China National Environmental Monitoring Center has released the "Qualified Directory of Applicability Testing for Water Quality Instruments," which includes 1,242 products across 22 categories of water quality monitoring and related instruments, indicating a significant advancement in the technical standards and reliability of water quality monitoring instruments in China [1][2]. Summary by Relevant Sections Overview of Qualified Instruments - The qualified instruments cover key indicators and technical requirements for current water environment monitoring, including pH automatic monitoring instruments, turbidity automatic monitoring instruments, dissolved oxygen automatic monitoring instruments, and various others [3]. Detailed Instrument Categories and Quantities - The following table summarizes the categories and quantities of qualified water quality instruments as of December 31, 2025: | Water Quality Instrument Category | Number of Instruments (units) | | --- | --- | | pH automatic monitoring instrument | 27 | | Turbidity automatic monitoring instrument | 2 | | Dissolved oxygen automatic monitoring instrument | 1 | | Conventional five-parameter automatic monitoring instrument | 90 | | Permanganate index automatic monitoring instrument | 86 | | Total nitrogen automatic monitoring instrument (HJ/T 102-2003 compliant) | 165 | | Total nitrogen automatic monitoring instrument (CNEMC-03-ZJZX-005-2023 compliant) | 22 | | Total phosphorus automatic monitoring instrument (HJ/T 103-2003 compliant) | 169 | | Total phosphorus automatic monitoring instrument (CNEMC-03-ZJZX-006-2023 compliant) | 30 | | Ammonia nitrogen automatic monitoring instrument | 187 | | Chemical oxygen demand automatic monitoring instrument | 175 | | UV absorption automatic monitoring instrument | 15 | | Heavy metal (lead, cadmium, arsenic, hexavalent chromium) automatic monitoring instrument | 27 | | COD photometric rapid determination instrument | 4 | | Ultrasonic open channel flow meter | 9 | | Volatile organic compounds automatic monitoring instrument | 2 | | Outdoor small multi-parameter automatic monitoring system | 25 | | Automatic water sampler | 69 | | Intelligent water sampler | 8 | | Data collection and transmission instrument | 120 | | Pollution source automatic monitoring (control) intelligent data collection and transmission instrument | 7 | | Heavy metal (antimony, thallium) automatic monitoring instrument | 2 [4][5].

Core Insights - The National Water Ecological Environment Smart Monitoring Business and Experimental Platform project has been initiated, with an investment of 233 million yuan and a construction area of approximately 17,000 square meters [2]. Group 1: Project Overview - The project plans to establish five core business laboratories, including a water ecological environment monitoring assessment laboratory and a water ecological value tracing and transmission laboratory, along with a national water ecological monitoring data platform and auxiliary public facilities [2]. - Upon completion, the project will create a synergistic effect with the existing "1+5" scientific facilities in the Huairou Science City East District, enhancing collaborative research in environmental ecology and promoting the development of related industries such as environmental monitoring equipment [2]. Group 2: Regional Development - The Huairou Science City spans Huairou and Miyun districts, with the Miyun section being part of the East District. Ongoing improvements in construction quality and efficiency are observed, with major projects accelerating [2]. - The "1+5" scientific facilities are continuously open for sharing, and significant achievements have been made, such as the recent release of a new generation air quality model from the Earth System Numerical Simulation Facility [2]. - Additional major projects, each with an investment scale exceeding 100 million yuan, have been successfully laid out, including the comprehensive construction of the first phase of the Peking University Huairou Medical Center and steady progress on the Peking University Dental Hospital National Medical Center project [2][3].

Core Viewpoint - The establishment of the Emergency Management University marks a significant step in enhancing the country's emergency management education and research capabilities, aiming to support the modernization of the national emergency management system and improve public safety [4][6]. Group 1 - The Emergency Management University is the first undergraduate institution in China named specifically for "emergency management," formed by the merger of North China University of Science and Technology and the Disaster Prevention Technology Institute [4]. - The university has a rich history, with its predecessor institutions dating back to 1950 and 1975, focusing on safety production and earthquake disaster reduction [4]. - The university aims to develop into a high-level application-oriented research university, primarily offering full-time undergraduate education while actively promoting graduate education [6]. Group 2 - The university's mission is to serve the economic and social development by providing talent, technology, and theoretical support for the advancement of the national emergency management system [6]. - By 2035, the university aims to become a first-class domestic and internationally recognized institution with distinctive features, contributing to the high-quality development of China's emergency management sector [6].

Core Viewpoint - The article highlights the historical significance and contributions of the Chinese Academy of Sciences Instrumentation Museum, which evolved into the Changchun Institute of Optics, Fine Mechanics and Physics, in the development of optical technology and national defense in China. Group 1: Historical Development - The Instrumentation Museum was established in 1953, marking the beginning of optical research in New China, with Wang Daheng as a key figure in its founding [2][3]. - The first furnace of optical glass was produced by the end of 1953, laying the foundation for the optical instrument manufacturing industry [4]. - In 1957, the museum was renamed the Institute of Optics and Fine Mechanics, and by 1958, it successfully developed a series of significant optical instruments known as the "Eight Major Items" [5]. Group 2: Contributions to National Defense - The institute played a crucial role in supporting the development of medium-range missiles in the early 1960s by undertaking the task of developing large optical measurement equipment [11]. - In 1964, the institute was responsible for the development of high-speed cameras used during China's first atomic bomb test, successfully obtaining critical optical measurement data [13]. - The institute has participated in several major national projects, including "Two Bombs, One Satellite" and manned spaceflight, contributing significantly to national defense and economic development [14]. Group 3: Current Status and Impact - As of the end of 2023, the Changchun Institute of Optics is one of the largest research institutes under the Chinese Academy of Sciences, employing over 2,500 staff and housing 21 research departments and multiple national key laboratories [19]. - The institute has incubated several high-tech enterprises, forming a distinctive optoelectronic industry cluster [19]. - It has been a cradle for many top scientists, including Wang Daheng and Jiang Zhuying, contributing to the advancement of optical science in China [16].

Core Viewpoint - The article highlights the release of a list of 16 qualified continuous monitoring systems for ammonia emissions from fixed pollution sources by the China National Environmental Monitoring Center, which will be valid until December 31, 2025. This list includes products from both international and domestic companies, showcasing the competitive landscape in ammonia monitoring technology [1][2][5]. Group 1: Monitoring Systems - A total of 16 ammonia emission monitoring systems have passed rigorous testing, meeting key indicators such as measurement range, response time, and anti-interference capability [2][3]. - The qualified systems include models from companies like ABB, Endress+Hauser, and domestic firms such as Shanghai Beifen and Zhetian Chunlai, indicating a blend of international and local technological strengths [5][6]. Group 2: Technological Advancements - The technology of ammonia monitoring equipment in China has significantly improved, featuring automation capabilities such as self-calibration, fault diagnosis, and remote operation, which reduce operational costs for enterprises [6]. - The adaptability of these devices has increased, allowing them to function effectively in complex environments characterized by high temperatures, dust, and humidity, thus catering to diverse industry needs [6]. Group 3: Market Growth - Ammonia is a critical precursor to PM2.5 and ozone, posing direct threats to ecosystems and human health, which makes its monitoring essential under China's dual carbon strategy [6]. - The fixed pollution source gas monitoring market is expected to experience a new growth phase, with the ammonia continuous monitoring system market projected to maintain a compound annual growth rate of over 15% in the next three years [6].