Core Viewpoint - The article emphasizes that domestic substitution not only breaks technological monopolies but also promotes the transition of the industry from "Me too" to "Me better" and even "Me different," laying the foundation for the autonomy and controllability of China's life science equipment [1] Group 1 - The "Domestic Good Instruments" initiative has been ongoing for ten years, focusing on the principle that "user feedback is the true measure of quality," selecting over 400 high-quality and stable domestic products from thousands of candidates based on long-term user experiences [2] - The initiative has upgraded its approach to better listen to user voices through more in-depth and targeted surveys, aiming to help instrument users find the right products from a vast amount of information [2] Group 2 - Users participating in the survey have the chance to win a custom pipette glass cup, and those with valid responses will receive a reward of 15 yuan in phone credit [3][5] - The survey is crucial for gathering user insights, and participation is encouraged to enhance the quality of the research [3]

Core Viewpoint - Zhejiang University of Technology has announced multiple government procurement intentions for laboratory instruments, with a total budget of 145 million yuan, covering 22 items of equipment expected to be purchased between June and August 2025 [1][2]. Summary by Categories Procurement Overview - The total budget for the procurement of laboratory instruments is 145 million yuan, with 22 items listed for purchase [2]. - The expected procurement period is from June to August 2025 [2]. Instrument Details - **Liquid Chromatography-Mass Spectrometry (LC-MS)**: Budget of 1 million yuan, aimed at achieving efficient liquid separation and accurate mass spectrometry data [4]. - **Six-Channel Fixed Bed Continuous Flow Reactor**: Budget of 600,000 yuan, designed for continuous reactions with a warranty of over one year [5]. - **Nine-Channel Fixed Bed Continuous Flow Reactor**: Budget of 800,000 yuan, similar requirements as the six-channel reactor [5]. - **Visible-Near Infrared Light Source System**: Budget of 500,000 yuan, required to provide high power and broad spectral range [5]. - **Vacuum Brazing Furnace**: Budget of 1.3 million yuan, intended for high-quality brazing in a vacuum environment [6]. - **Ultra-Wideband Seismometer System**: Budget of 1.98 million yuan, crucial for monitoring long-period seismic signals [6]. - **In-Situ Sample Rod System**: Budget of 980,000 yuan, aimed at expanding the application of transmission electron microscopy [6]. - **Tungsten Filament Scanning Electron Microscope**: Budget of 850,000 yuan, designed for ease of use and high-resolution imaging [6]. - **Human-Shaped Robot**: Budget of 650,000 yuan, focused on engineering applications [10]. - **Micro-Area Electrochemical Workstation**: Budget of 900,000 yuan, for analyzing material corrosion resistance [10]. - **600MHz NMR Spectrometer**: Budget of 12.7 million yuan, for molecular structure analysis [12]. - **High-Performance Image Processing Equipment**: Budget of 520,000 yuan, for bioinformatics research [15]. Additional Notes - The procurement includes various advanced instruments aimed at enhancing research capabilities in multiple scientific fields, including materials science, energy chemistry, and environmental monitoring [2][5][6].

Core Viewpoint - The article discusses the emergence and significance of "black lamp laboratories" in the context of environmental monitoring and automation, highlighting their potential in enhancing efficiency and accuracy in water quality analysis [2][8]. Group 1: Development and Standards - "Black lamp laboratories" have become a hot topic in the industry as scientific instruments evolve towards intelligent management, automated operation, and fully unmanned processes [2]. - The first group standard for "Intelligent Unmanned Laboratory Construction and Operation Maintenance Technical Requirements for Water Quality Monitoring" was issued in July 2024, providing a technical basis for the standardized development of this sector [2]. - Significant advancements in "black lamp laboratories" are noted in their fully automated closed-loop design, integrating various technological platforms for precise analysis of new pollutants in water environments [2]. Group 2: Live Event and Expert Participation - A live event titled "Yigafa Says" is organized by the Instrument Information Network, inviting laboratory users and instrument company representatives to discuss the digital transformation of environmental monitoring and the application of "black lamp laboratories" [2][8]. - Key speakers include industry experts such as Wang Yanjun, Chen Fan, and Chi Haipeng, who have extensive experience in environmental monitoring and laboratory automation [4][5][6]. Group 3: Discussion Topics - The live event will cover several topics, including the definition of "black lamp laboratories," the acceleration of digital transformation in environmental monitoring, interpretation of standards and future challenges, reasons for user investment in "black lamp" technologies, and future trends in technology and ecological competition [8][9].

Core Insights - During the "14th Five-Year Plan" period, China's manufacturing industry is steadily developing, with accelerated high-end and intelligent transformation, leading to rapid growth in equipment manufacturing and high-tech manufacturing sectors [1][2] Group 1: Manufacturing Growth - The sales revenue of manufacturing enterprises accounts for approximately 29% of total enterprise revenue, providing a solid foundation for economic growth [2] - The average annual growth rates for equipment manufacturing and high-tech manufacturing sales revenue reached 9.6% and 10.4% respectively, with further growth in the first half of the year to 8.9% and 11.9% [2] - The industrial robot and service robot manufacturing sectors experienced remarkable annual growth rates of 23.2% and 17.2% [2] Group 2: Private Sector Dynamics - The private economy is vibrant, with its sales revenue accounting for 71.7% in the first half of the year, particularly in the industrial robot and new energy vehicle sectors, which achieved annual growth rates of 24.1% and 50.1% [2] Group 3: Regional Economic Coordination - Enhanced regional economic coordination has led to increased proportions of county economies and inter-provincial trade, paving the way for the scientific instrument market to expand into broader regions [3] Group 4: Innovation and High-Tech Manufacturing - From 2021 to 2024, the proportion of high-tech manufacturing in GDP is expected to rise from 15.3% to 16.9%, with R&D investment intensity reaching 2.68% [4] - The total amount of R&D expense deductions in 2024 is projected to reach 3.32 trillion yuan, benefiting over 615,000 enterprises, a 25.5% increase from 2021 [4] - Industries such as semiconductors, biomedicine, and "new three types" (new energy vehicles, photovoltaic equipment, lithium batteries) are expected to see annual growth rates of 37.6%, significantly increasing the demand for high-end instruments [4] Group 5: Intelligent Transformation - The robotics industry is growing at an annual rate exceeding 20%, indicating that intelligence is permeating production lines [5] - The annual growth rate of the core industries of the digital economy has reached 10.8%, leading to a new demand for "cloud-based instruments" [5] Group 6: Green Revolution and Market Demand - The annual growth rate of sales revenue from clean energy generation has reached 13.1%, with market share exceeding 33.8%, directly boosting the demand for photovoltaic material analysis instruments and wind power condition monitoring systems [6] Group 7: Market Expansion and Domestic Substitution - The sales revenue of the Beijing-Tianjin-Hebei, Yangtze River Delta, and Pearl River Delta innovation hubs accounts for over 50%, serving as a springboard for Chinese manufacturing to reach global markets [7] - The share of county economies has risen to 24.3%, opening new market spaces for domestic instruments, especially in grassroots healthcare and food safety testing, where demand for cost-effective instruments continues to grow [7] - The scientific instrument industry is not only deepening its domestic market but also accelerating overseas expansion through the "Belt and Road" initiative, showcasing its potential as a core engine of "new productive forces" [7]

Core Viewpoint - Nearly 500 national key laboratories have been approved or restructured, primarily led or participated in by "Double First Class" universities, with around 110 such universities involved in approximately 80% of these laboratories [1][2]. Summary by Sections Overview of National Key Laboratories - As of July 20, 2025, close to 500 national key laboratories have been established or restructured, with a significant majority led by "Double First Class" universities [2]. - Approximately 110 "Double First Class" universities are involved in the establishment or co-construction of nearly 400 national key laboratories, representing about 80% of the total [2]. List of National Key Laboratories - A detailed list of national key laboratories includes various fields such as artificial intelligence, drug development, and environmental protection, with notable institutions like Tsinghua University, Peking University, and Shanghai Jiao Tong University leading many of these initiatives [3][4][5][6][7][8][9][10][11]. Notable Institutions and Their Contributions - Tsinghua University, Peking University, and Shanghai Jiao Tong University are highlighted for their significant contributions to the number of approved key laboratories [2][3]. - Various universities and research institutes are collaborating on specialized laboratories focusing on areas such as renewable energy, advanced manufacturing, and medical research [4][5][6][7][8][9][10][11]. Implications for Research and Development - The establishment of these laboratories is expected to enhance research capabilities and foster innovation across multiple sectors, including technology, healthcare, and environmental science [2][3][4]. - The collaboration between universities and industries in these laboratories indicates a strong commitment to advancing scientific research and practical applications [5][6][7].

Core Viewpoint - The Ministry of Industry and Information Technology has announced the list of enterprises that meet the normative conditions for the environmental protection equipment manufacturing industry for 2025, totaling 416 companies, including 66 new applicants and 350 re-evaluated companies [2][4]. Group 1: New Applicants - Among the 66 new applicants that passed the evaluation, there are 21 companies in air pollution control, 28 in wastewater treatment, 8 in environmental monitoring instruments, and 9 in solid waste treatment devices [4]. Group 2: Re-evaluated Companies - The 350 re-evaluated companies include 70 in air pollution control, 165 in wastewater treatment, 56 in environmental monitoring instruments, and 59 in solid waste treatment devices [5]. Group 3: Environmental Monitoring Instrument Manufacturers - The new applicants for environmental monitoring instruments include companies such as Beijing Wanwei Yingchuang Technology Development Co., Ltd., Shanghai Anzhouyuan (Shanghai) Environmental Technology Co., Ltd., and others [6]. - The re-evaluated companies in this category include Beijing Xuedilong Technology Co., Ltd., Tianjin Tongyang Technology Development Co., Ltd., and several others [7].

Core Viewpoint - Sea-Bird Scientific has officially announced the opening of a new calibration center in Shanghai, China, making it the third calibration center globally after the United States and Germany [1][2]. Group 1: Calibration Center Details - The Shanghai calibration center will adhere to a professional and rigorous service philosophy, providing high-standard and standardized metrology calibration services for partners in China and the Asia region [2]. - The center will accept calibration for instruments including SBE 37 and SBE 39, and will also offer repair services for these models [2]. - To ensure consistency with calibration results from the U.S. and Germany, the center is equipped with multiple systems, including pressure vessels, calibration baths, automatic salinometers, and pressure calibration systems [2][4]. Group 2: Company Background - Sea-Bird Scientific, established in 1974, is a leading manufacturer of oceanographic CTD products, measuring parameters such as temperature, salinity, depth, and dissolved oxygen [5]. - The company's products include temperature recorders, CTD profilers, multi-parameter measuring devices, and portable multi-parameter analyzers, serving a global clientele including major ocean research institutes, government agencies, engineering firms, and navies [5]. - Sea-Bird Scientific invests significantly in engineering technology, metrology, calibration, software development, and scientific analysis to enhance the precision and reliability of its products [5].

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Core Insights - The article highlights the procurement intentions of the Shanghai Institute of Microsystem and Information Technology, which plans to purchase 16 types of instruments with a total budget of 112 million yuan [1][2]. Procurement Summary - The procurement includes various advanced systems such as: - Large warp photoresist coating and developing system: 7.5 million yuan, scheduled for June 2025 [4] - Large warp adhesive film removal system module: 6.62 million yuan, scheduled for June 2025 [4] - Multi-material bubble removal system module: 1.23 million yuan, scheduled for June 2025 [4] - Multi-functional etching system module: 27.5 million yuan, scheduled for June 2025 [4] - Optical coupling integration module: 1.4 million yuan, scheduled for June 2025 [4] - Ultra-high precision microwave driving module: 2.5 million yuan, scheduled for June 2025 [4] - Ultra-high frequency device analysis module: 3 million yuan, scheduled for June 2025 [4] - Superconducting thin film modification ion implanter: 10 million yuan, scheduled for April 2025 [4] - Automatic wafer slicing machine: 1.5 million yuan, scheduled for April 2025 [4] - Wafer-level packaging machine: 5 million yuan, scheduled for April 2025 [4] - Wafer edge cutting machine: 1 million yuan, scheduled for April 2025 [4] - Wafer temporary bonding machine: 7 million yuan, scheduled for April 2025 [4] - High stability microwave monitoring module: 1.5 million yuan, scheduled for June 2025 [4] - PVD preparation functional module for piezoelectric thin film materials: 29.81 million yuan, scheduled for June 2025 [4] - RCA cleaning, brushing, and mixed liquid combination module: 2 million yuan, scheduled for June 2025 [4]

Core Viewpoint - The Chinese Academy of Sciences' Institute of Biophysics plans to invest a total of 83.01 million yuan in the construction of three national key laboratories focusing on epigenetic regulation, biomolecules, and cognitive science and mental health [2][10]. Group 1: Epigenetic Regulation and Intervention National Key Laboratory - The Epigenetic Regulation and Intervention National Key Laboratory was approved on January 18, 2023, and aims to address major scientific issues in epigenetics, particularly related to significant diseases and aging [3]. - The laboratory's mission includes gathering influential talent to lead the international forefront of epigenetics and fill gaps in the national innovation system [3]. - Key research directions include chromatin structure and epigenetic regulation mechanisms, phylogenetic and homeostatic epigenetic mechanisms, and chromatin regulation related to aging and disease [6]. Group 2: Biomolecule National Key Laboratory - The Biomolecule National Key Laboratory, established in 1989, has consistently received excellent evaluations and focuses on proposing new questions and discovering new phenomena in life sciences [7]. - The laboratory aims to break through key technological bottlenecks and establish a complete research chain for drug target identification and vaccine design [7]. - Research will focus on supramolecular assembly rules, structure-based biomolecule simulation and design, and elucidating the dynamics of the endomembrane system [7]. Group 3: Cognitive Science and Mental Health National Key Laboratory - The Cognitive Science and Mental Health National Key Laboratory was restructured from the former National Key Laboratory of Brain and Cognitive Science and aims to explore cognitive neuroscience mechanisms related to mental health [9]. - The laboratory will focus on understanding the emergence of consciousness and its assessment, as well as precise adjustments for mental health [12]. - Key research directions include mechanisms of consciousness emergence, assessment of abnormal states of consciousness, and precise mental health adjustments [12].