Group 1 - The article highlights various job openings in the scientific instrument sales and support sectors, indicating a strong demand for skilled professionals in this industry [3][4][6][12][14][18][20]. - Positions range from sales engineers to product managers, with varying salary ranges, showcasing the competitive nature of the job market [6][12][14][18][20]. - Specific qualifications are emphasized, such as educational background in chemistry, biology, or engineering, along with relevant work experience and skills in communication and teamwork [5][7][8][13][19][21]. Group 2 - The article outlines the requirements for each position, including educational qualifications, years of experience, and specific technical skills needed for roles such as automation engineers and sales managers [11][15][22][25][29]. - Companies are looking for candidates who can adapt to frequent travel and possess strong problem-solving abilities, indicating the dynamic nature of the roles [7][10][17][32][35]. - The emphasis on teamwork and communication skills suggests that collaboration is crucial in these positions, reflecting the industry's focus on customer relations and service [13][21][22][34].

Core Viewpoint - The establishment of the Shenzhen branch of the National University Regional Technology Transfer Center (Greater Bay Area) marks a significant step in the transformation and industrialization of high-end scientific instruments in Shenzhen [2][4]. Group 1: Overview of Shenzhen Branch - The Shenzhen branch is established based on the Shenzhen Advanced Light Source Research Institute, focusing on five major industrial directions: high-performance and future materials science research instruments, molecular biomedical instruments, precision instruments for quantum technology, semiconductor and integrated circuit testing equipment, and high-end network and communication instruments [4]. - The core mission of the Shenzhen branch is to address the pain point of "self-use good, market hard to use" in university research instruments, optimizing technology to make instruments more user-friendly and accessible, thereby aiding domestic high-end scientific instruments in entering both domestic and international markets [4]. Group 2: Successful Case Studies - The Beijing Innovation Center focuses on high-end mass spectrometry and spectroscopy instrument development, integrating technology from universities and research institutions to promote collaborative innovation. A high-sensitivity mass spectrometry detection system has been deployed for real-time monitoring of environmental pollutants, achieving detection precision at the ppb level [6]. - The Shanghai Scientific Instrument Innovation Port provides full-chain services from instrument R&D to industrialization, with a focus on overcoming bottleneck technologies in biomedicine and semiconductor testing equipment. A domestically produced flow cytometer has achieved mass production, reducing costs by 40% and supplying institutions like Shanghai Ruijin Hospital [7]. - The Wuhan Life Sciences Large Instrument Regional Center integrates biomedical instrument resources from Wuhan universities, providing a shared platform that promotes the technology transfer of cryo-electron microscopes and gene sequencers. The super-resolution imaging technology has been utilized in research on the mechanism of COVID-19 infection, supporting multiple publications in Nature [9]. - The Advanced Technology Transfer Center in Xi'an focuses on converting aerospace and military instrument technologies for civilian use, leveraging resources from Northwestern Polytechnical University. Aerospace sensor technology has been transformed into industrial non-destructive testing equipment for quality inspection of C919 components [10]. - The Advanced Technology Transfer Center in the Yangtze River Delta, under the Ministry of Industry and Information Technology, focuses on the industrialization of optoelectronic instruments and marine detection equipment. High-precision sonar technology for deep-sea exploration has been equipped on the "Jiaolong" scientific research vessel, achieving detection at depths of 10,000 meters [11]. - The Beijing-Tianjin-Hebei National Technology Innovation Center promotes the R&D and standardization of environmental monitoring and medical diagnostic instruments. An online source tracing system for air pollutants has been developed and applied to ensure air quality during the Winter Olympics [12]. - The Tsinghua University Precision Instrument Transfer Center focuses on the transfer of patented technologies from Tsinghua's Precision Instrument Department, specializing in high-end manufacturing such as lithography machine components and MEMS sensors. Laser interferometer technology has been utilized in the positioning system of domestic lithography machines, achieving nanometer-level precision [13]. - The Harbin Institute of Technology Instrument Pilot Base accelerates the landing of results in space environment simulation and special sensors, with satellite payload calibration devices being converted for civilian use, serving the wind power equipment condition monitoring market [14]. - The Shanghai Innovation Center (Zhangjiang) provides CDMO services for biomedicine instruments, covering the entire process from R&D to GMP production. The first domestic bioreactor production line has been established to meet the capacity needs of COVID-19 vaccine companies [15]. - The Hefei Institute of Technology Innovation Engineering focuses on the industrialization of nuclear energy and quantum instruments, developing the world's first portable nuclear magnetic resonance instrument for grassroots medical use [16]. - The Suzhou Biomedical Engineering Technology Research Institute, co-built by the Chinese Academy of Sciences, Jiangsu Province, and Suzhou City, specializes in the engineering and industrialization of biomedical instruments, reagents, and biomaterials. A high-speed flow cytometer has been developed, achieving a detection speed of 100,000 cells per second at one-third the cost of imported equipment, with over 500 units installed [17].

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Core Insights - The total bid amount for coordinate measuring machines (CMM) in November 2025 reached 56.495 million yuan, with Hexagon leading the market, and over 60% of purchases coming from universities, indicating a strong demand in the aerospace sector as the main driver in industrial procurement [1][3]. Market Overview - In November 2025, there were 51 published bid announcements related to CMMs, with a total bid amount of 56.495 million yuan and 56 units of CMMs awarded [3]. - Hexagon dominated the market with a significant lead in the number of bids, reflecting its strong recognition and stable demand in the domestic measurement market [3]. - Other brands like Zeiss, Skan, Zhongtu Instruments, and Xi'an Edwards showed a more balanced distribution of bid numbers, indicating a diverse and active market [3]. Brand Competition - Imported brands accounted for 63% of the bid numbers, while domestic brands made up 37%, showcasing the competitive presence of domestic brands, especially in small to medium-sized projects [5]. - In terms of bid amounts, imported brands dominated with a 75% share, totaling 28.498 million yuan, while domestic brands accounted for 25%, totaling 9.4228 million yuan [7]. Procurement Analysis - Universities represented the largest share of procurement at 60%, highlighting their ongoing investment in precision measurement talent and research platforms [9]. - Industrial enterprises accounted for 24% of the procurement, primarily in the automotive, aerospace, and precision manufacturing sectors, where CMMs play a critical role in quality control and smart manufacturing [9]. Industrial Application Distribution - The aerospace sector was the leading application area, accounting for 65% of the procurement, reflecting stringent requirements for measurement accuracy and equipment reliability [12]. - The automotive industry followed with a 25% share, emphasizing the importance of high-precision measurement in vehicle and component manufacturing [12]. - The machinery and equipment manufacturing sector accounted for 10%, demonstrating the broad applicability of CMMs in enhancing quality and efficiency in traditional industries [12]. Notable Models - Hexagon's Innova S 08.10.06 model led with 10 units awarded at an average price of 1.061 million yuan, while Zeiss's models had higher average prices, indicating a premium positioning in the market [14].

摘要 ： 工信部推动科学仪器绿色转型，2025年度"3i奖-科学仪器行业绿色仪器奖"申报启动，助力企业提升绿色竞争力。 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。 随着工信部机电产品再制造规范企业名单的陆续公布，标志着中国科学仪器行业的绿色转型已从倡议走向了实 质性的规范与引领。 这 是 一 份 来 自 仪 器 信 息 网 的 诚 挚 邀 请 —— 我 们 正 处 在 一 个 行 业 深 刻 变 革 的 十 字 路 口 。 工 业 和 信 息 化 部 发 布 的 《机电产品再制造行业规范条件》已正式实施，该规范明确指出，再制造是指对旧件进行专业化修复或升级改 造，使其性能和质量达到或超过原型新品的过程，是循环经济的高级形式。与制造新品相比，再制造可节约生 产成本5 0%、节能6 0%、节材7 0%、减少污染物排放8 0%以上。 在"双碳"目标和"大规模设备更新"国家战略的强力驱动下，科学仪器的"绿色含量"正迅速成为衡量企业核心竞 争力和未来生存空间的新标尺。在此背景下，2 0 2 5年度 " 3 i奖-科学仪器行业绿色仪器奖" 申报工作 ...

Core Insights - The sixth China Stem Cell and Regenerative Medicine Conference has made significant strides in the standardization of biotechnology, marking a milestone for the industry’s high-quality development [3][4]. Group 1: Conference Overview - The conference, themed "Standardization, Integration, Innovation," aimed to create a high-level platform for collaboration and discussion on the standardization of stem cell and regenerative medicine [3]. - Representatives from research institutions, universities, hospitals, enterprises, and regulatory bodies gathered to discuss core topics such as regulatory systems, resource and quality standards, cutting-edge technology applications, and clinical translation [3][4]. Group 2: International Standards and Collaborations - Chinese researchers led the establishment of the International Organoid Working Group under the International Organization for Standardization (ISO), which aims to create international benchmarks for organoid technology [4][5]. - The conference featured the release of two international standards and five group standards developed by the Chinese Society for Cell Biology, emphasizing China's role as a leader in the field [4][5]. Group 3: Technological Advancements and Applications - Organoids, which are miniature tissue models cultivated from stem cells, can accurately simulate the physiological states and disease processes of human organs, holding significant value in biomedical research [5]. - The establishment of a standard system is expected to enhance China's participation in international cooperation and contribute positively to the global scientific innovation ecosystem [5][6]. Group 4: Resource Sharing and Network Expansion - The conference also marked the official announcement of the first sub-library of the National Stem Cell Resource Bank in Chongqing, enhancing the resource network layout [6]. - New members were added to the collaborative platform, enriching the types of resources and technical capabilities available for shared applications [6].

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。 在口香糖产品的研发与品质控制中，咀嚼质感是决定消费者喜好与产品成败的核心因素。盈盛恒泰质构仪以其卓越的测 试精度与模拟可靠性，已成为将这种主观的"口感"转化为客观科学数据的关键工具。该仪器通过高度模拟人体口腔咀嚼 的力学模式与运动轨迹，能够对口香糖进行精确的拉伸测试，从而量化多项核心质构参数： 最 大 拉 伸 力 ： 直 接 表 征 产 品 的 耐 嚼 性 与 基 础 强 度 ， 数 值 越 大 通 常 意 味 着 咀 嚼 时 需 要 更 大 的 初 始 力 ， 给 人 以 更 " 筋 道"或"扎实"的第一印象。 断裂距离： 精确反映口香糖的延展性与柔韧度。在达到断裂点前能被拉伸的长度，直接关联到产品在口中是否能带来 绵长、柔和的咀嚼体验。 拉伸功： 综合体现咀嚼全程的能量消耗，即从开始拉伸到最终断裂所需的总能量。这一参数将耐嚼性与延展性结合， 是评价整体咀嚼愉悦感与持久性的综合性指标。 通过上述精确测量，盈盛恒泰质构分析成功地将"柔韧耐嚼"、"筋道持久"等模糊的感官描述，转化为可对比、可复现 ...

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摘要 ： 近日，大连理工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38项仪器设备采购意向，预算总额达1.16亿元。 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， 大连理工大学发布 38 项仪器设备采购意向，预算总额达 1.16亿 元，涉及三维形貌 扫描测量系统 、大口径平面形貌仪、曲面面型测量仪、动态激光干涉仪 、超分辨转盘共聚焦 显微镜 等，预计采购时间为202 5 年 6~12 月。 详细采购清单： | 意向汇总表 | | --- | | 仪器设备采购 | | 采购 | | 预算 | 采购 | | --- | --- | --- | --- | | | 需求概况 | | | | 项目 | | 万元 | 时间 | | | 拟采购稳态瞬态荧光光谱仪1套，广泛用于化学、生物、 | | | | | 物理、食品、材料等领域的科学研究，例如通过研究材料 | | | | | 的发光特性，可以揭示材料的结构、形貌、复合比例等； | | | | | 可实现稳态光谱测试（荧光及磷光激发和发射光谱，动力 | | ...

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。 河北先河环保科技股份有限公司成立于1996年，专注于高端环境在线监测仪器仪表的研发、生产和 销售，主营业务涵盖 空气质量 、 水 质 、 污 水 、 烟气及酸雨五大在线监测系统 ，是 国内唯一一家同时拥有上述系统的企业。 获批专项、喜摘"ST"帽子 近日，河北先河环保科技股份有限公司发布公告，公告称将在2025年12月5日停牌一天，12月 8日复牌。复牌后，证券简称将 由"ST先河"变更 为"先河环保"。 公 司 2025 年 三 季 度 实 现 营 收 6.28 亿 元 ， 净 利 润 629.25 万 元 。 上 半 年 扣非净利润同比增长51.56% 至0.22亿元，运营及咨询服务收入占比达62.82%。 2025年9月，先河环保成功获批4项国家科技重大专项，覆盖环境气象智能感知、京津冀地下水质预警与 修复等关键技术领域，为区域污染治理提供技术支撑 。 这些项目旨在为京津冀区域污染治理提供技术支 撑，并推动公司"十五五"期间的高质量发展。 布局AI，放眼未来 据悉，2025年先河环保先后 ...