Core Viewpoint - The article discusses the recent announcement of government procurement intentions for various instruments and equipment, with a total budget of 137 million yuan, highlighting significant investment opportunities in the instrumentation sector [1][3]. Group 1: Procurement Overview - Recently, ZYCGR released procurement intentions for 30 items of instruments and equipment, with a total budget of 137 million yuan, covering various advanced technologies [3][4]. - The expected procurement period is from July to December 2025, indicating a strategic planning phase for future investments [3][4]. Group 2: Specific Equipment and Budget - The procurement list includes items such as: - Multi-channel ultrasonic testing systems with a budget of 1.2 million yuan [5]. - Full-band nonlinear high-energy ultrasonic testing systems budgeted at 1.1 million yuan [5]. - Additive manufacturing comprehensive experimental systems with a budget of 7 million yuan [5]. - Plasma physical vapor deposition equipment budgeted at 17.4 million yuan [6]. - Fourier transform infrared spectrometers with a budget of 4.3 million yuan [7]. - Other notable items include high-precision CCM intelligent coating production lines and various furnaces, indicating a focus on advanced manufacturing and materials science [6][7]. Group 3: Technical Specifications - The procurement specifications detail advanced technical requirements, such as: - Multi-channel ultrasonic systems requiring more than 64 array elements and a frequency range of 2MHz-10MHz [5]. - Plasma deposition equipment with stringent vacuum and gas control specifications [6]. - High-temperature furnaces with specific melting capacities and operational conditions [6][7]. - These specifications reflect the increasing demand for high-tech equipment in various industrial applications, emphasizing the importance of precision and reliability in procurement [6][7].

Core Viewpoint - The Chinese Academy of Sciences' Hefei Institute of Physical Science has announced procurement intentions for 23 items of scientific instruments and equipment, with a total budget of 93.13 million yuan, expected to be purchased between May and July 2025 [1][2]. Procurement Summary - The procurement includes various advanced scientific instruments such as: - Backfield magnet power supply system with a budget of 1 million yuan, requiring specifications like three-phase 380V input and a continuous adjustable output current of up to 10 kA [4]. - Terahertz gas laser with a budget of 1.95 million yuan, capable of continuous operation and producing a frequency of approximately 2.5 THz [4]. - 660G terahertz solid-state source with a budget of 1.2 million yuan, requiring a frequency range of 648 GHz to 664 GHz [4]. - Low-temperature comprehensive testing platform with a budget of 4 million yuan, including specifications for low-temperature transmission lines and vacuum systems [5]. - Complex component preparation system with a budget of 3.52 million yuan, designed for various metal materials and requiring a maximum forming size of 420 mm x 420 mm x 500 mm [4]. - Upgrades for the EAST device, the world's first fully superconducting non-circular Tokamak, with multiple components requiring replacement and a total budget of 3.5 million yuan for various internal parts [6]. Budget Overview - The total budget for the procurement is 93.13 million yuan, with individual budgets for specific items ranging from 1 million yuan to 4.5 million yuan [2][4][5].

Core Viewpoint - The Chinese Academy of Sciences' Institute of Atmospheric Physics has announced procurement intentions for 18 items of equipment, with a total budget of 121 million yuan, scheduled for procurement between May and July 2025 [1][2]. Procurement Overview - The procurement includes advanced equipment such as: - C-band dual-polarization phased array weather radar and collaborative detection command center, with a budget of 37.3 million yuan [4]. - Ocean dynamic intelligent fusion forecasting system, with a budget of 28.1 million yuan, capable of providing a 30-day forecasting period and improving forecast accuracy by at least 10% [4]. - AI micro-scale refined wind and solar power intelligent forecasting subsystem, with a budget of 13 million yuan, aimed at enhancing the predictive capability of wind and solar resource forecasting models [5]. - Micro flying time aerosol mass spectrometer, with a budget of 4 million yuan, designed for high-resolution chemical composition detection [5]. Specific Equipment Details - The procurement list includes: - Earth system numerical simulation device with a budget of 38.5 million yuan, featuring a data response time of less than 10 seconds and a data update frequency exceeding 6 hours per instance [4]. - A new type of high-frequency electric field detection sensor, with a budget of 12.9 million yuan, capable of detecting frequencies from 35-70 MHz [5]. - A 3D wind structure detection laser radar with a detection range of 8000 meters horizontally and from the ground to the atmospheric boundary layer [5]. - A long-endurance fixed-wing drone with a flight time of no less than 8 hours and a payload capacity of at least 40 kg [7]. Budget Summary - The total budget for the procurement is 121 million yuan, with individual project budgets ranging from 4 million to 458.9 million yuan, indicating significant investment in advanced atmospheric and environmental monitoring technologies [2][4][5].

Core Insights - The Ministry of Industry and Information Technology's Fifth Research Institute has announced 27 procurement intentions for instrument equipment, with a total budget of 84.75 million yuan, expected to be executed between January and August 2025 [1][2]. Procurement Overview - The procurement includes various systems such as electromagnetic compatibility testing systems, large-scale integrated circuit testing systems, and inductively coupled plasma mass spectrometers, among others [2][4]. - The total budget for the procurement is 84.75 million yuan, indicating significant investment in advanced testing and measurement technologies [2][4]. Specific Equipment and Budgets - Electromagnetic compatibility testing system: 15 million yuan, covering frequency ranges from 25Hz to 40GHz [4]. - Large-scale integrated circuit testing system: 36.7 million yuan, with over 512 digital channels and a maximum frequency of 400MHz [4]. - Inductively coupled plasma mass spectrometer: 17.5 million yuan, with high sensitivity for various mass elements [5]. - Silicon photonic wafer automated testing system: 53 million yuan, aimed at improving testing efficiency and accuracy [4][5]. - Laboratory data acquisition system: 60 million yuan, for unified management of testing equipment data [4][5]. Additional Equipment Details - The procurement also includes advanced systems such as a chip extreme low temperature testing and characterization support system, with a budget of 42.5 million yuan [5]. - A fiber optic sensor testing system is budgeted at 30 million yuan, focusing on distributed strain and temperature measurements [5]. - The procurement list features a variety of systems aimed at enhancing testing capabilities across multiple domains, including semiconductor and optical technologies [4][5][6].

Core Viewpoint - Fuzhou University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 98.88 million yuan, covering 25 items including advanced experimental platforms and analytical instruments, expected to be procured between February and August 2025 [1][2]. Summary by Categories Procurement Overview - The total budget for the procurement of laboratory instruments is 98.88 million yuan, with 25 items listed for purchase [2]. - The procurement is scheduled to take place from February to August 2025 [2]. Specific Instruments and Their Functions - **Shield Tunneling Experiment Platform**: Aimed at enhancing basic scientific research capabilities, improving experimental efficiency, and providing precise data for educational and research personnel [4]. - **Integrated Atomic Force Microscope System**: Designed for high-resolution imaging and characterization of sample surfaces at the nanoscale, including electrical and mechanical properties [5]. - **Chemical Adsorption Mass Spectrometry**: Used for comprehensive evaluation of catalysts and materials, assessing physical adsorption properties, and facilitating various chemical processes [5]. - **Circular Dichroism Spectrometer**: Focused on studying chiral optical active substances and determining the three-dimensional structure of new compounds [6]. - **Micro-Nano Optical Components**: Intended for multi-dimensional light field detection and processing, supporting integrated and miniaturized imaging systems [7]. - **2000 Ton Long Column Testing Machine**: For testing large structural components under compression and bending, suitable for both educational and research purposes [7]. - **Triple Quadrupole Mass Spectrometer**: For elemental and isotopic analysis in semiconductor materials, achieving high sensitivity and performance [7]. - **Vacuum Coating Machine**: For depositing thin films on substrates, essential for semiconductor and optoelectronic device fabrication [7]. - **High-Precision Weight Measurement Instrument**: For monitoring material mass changes under specific conditions, aiding in material design and performance optimization [12]. Supplier Requirements - Suppliers must demonstrate technical capability, provide detailed technical proposals, and ensure high-quality products and services [4][7]. - Comprehensive after-sales service and training support are required to ensure stable operation and maintenance of the equipment [4][7].

Core Viewpoint - The article highlights the recent government procurement intentions for various scientific instruments, totaling a budget of 181 million yuan, with procurement expected to occur between March and August 2025 [1]. Group 1: Procurement Overview - A total of 31 items related to scientific instruments have been identified for procurement, with a total budget of 181 million yuan [1]. - The procurement includes advanced equipment such as low-temperature scanning nano-magnetic imaging instruments, vehicle-mounted optical telescope systems, and X-ray diffraction instruments [1]. Group 2: Specific Equipment and Budget - Low-temperature scanning nano-magnetic imaging instrument with a budget of 9.98 million yuan, requiring specifications such as a spatial resolution of 10 nm and a sensitivity of 5 μT/Hz1/2 [3]. - Ventilation hoods for various applications, with a total budget of 2.25 million yuan for 20 units [3]. - Vehicle-mounted optical telescope system with a budget of 22 million yuan, requiring specific optical performance metrics [3]. - Strong magnetic low-temperature measurement system with a budget of 6.2 million yuan, designed for low-dimensional quantum device research [3]. - X-ray diffraction instrument with a budget of 3 million yuan, aimed at precise measurement of crystal lattice constants [3]. Group 3: Additional Equipment and Specifications - Various other instruments are included, such as a semiconductor device thermal stress lifetime analysis system, atomic layer deposition systems, and electron beam lithography systems, with budgets ranging from 1.55 million to 25.33 million yuan [4][5]. - The procurement also includes advanced laser systems, optical frequency comb systems, and chemical mechanical polishing machines, with specific technical requirements and warranty periods [4][5].

Core Viewpoint - Beijing Institute of Technology has announced procurement intentions for 28 items of instruments and equipment, with a total budget of 119 million yuan, expected to be procured between April and July 2025 [1][2]. Procurement Overview - The procurement includes high-power vehicle power generation systems, lightweight high-speed motors, 900V high-efficiency motors, DSC microscope systems, and photochemical reaction capability analyzers [2][4]. - The total budget for the procurement is 119 million yuan, which translates to approximately 17.1 million USD [1][2]. Detailed Procurement Items - **High-Power Generators**: 13 units with a rated output power of ≥850KW, requiring performance testing and a test report before delivery [4]. - **Vehicle Drive Motors**: 26 units with a rated output power of ≥350KW, also requiring performance testing and a test report [4]. - **Oil Pump Motors**: 13 units with a rated power of ≥14KW, with similar testing requirements [4]. - **Lightweight High-Speed Motors**: 8 units with a maximum speed of ≥9600r/min, requiring performance testing [4]. - **900V High-Efficiency Motors**: 11 units, with efficiency requirements of ≥97% for the motor and ≥97.5% for the controller [4]. - **DSC Microscope Systems**: 2 units for analyzing thermal flow changes in materials, with specific temperature and sensitivity parameters [5][4]. Additional Equipment - **Magnetron Sputtering System**: Designed for 6-inch samples with a vacuum requirement [5]. - **Dynamic Measurement Platform**: For high and low temperature measurements with specific accuracy requirements [5]. - **Laser Localized Heating Deposition System**: For growing metal oxide single crystals and two-dimensional materials [5]. - **Satellite Navigation Receiver System**: For real-time monitoring of electromagnetic wave phase disturbances [5]. Summary of Procurement Timeline - The expected procurement period is set for April to July 2025, with specific delivery and testing timelines outlined for each item [2][4].

Core Viewpoint - The article discusses the recent procurement intentions of the University of Electronic Science and Technology, highlighting a total of 32 items with a budget of 83.53 million yuan for various scientific instruments and equipment, expected to be purchased between March and July 2025 [1]. Procurement Summary - The total budget for the procurement of scientific instruments is 83.53 million yuan, covering 32 items [1]. - The procurement includes advanced instruments such as long-wavelength tabletop infrared spectrometers, heterogeneous accelerated comprehensive experimental systems, and multifunctional microwave device measurement systems [1]. Specific Instrument Details - **Long-wavelength Tabletop Infrared Spectrometer**: - One unit is planned for purchase, aimed at quantum internet and quantum light source research, with specific technical requirements including a wavelength range of 1900 nm to 5500 nm and a resolution of 0.2 nm [3]. - **Heterogeneous Accelerated Comprehensive Experimental System**: - Three units are to be procured, featuring a dual-core architecture with high-performance processors and specific parameters for processing capabilities [4]. - **Node Verification System Functional Module**: - A total of 128 units of broadband digital signal processing core modules and high-density RF front-end modules are planned, with requirements for temperature range and technical support [4]. - **Microwave Millimeter Wave Antenna Design Teaching Experimental Platform**: - Nine units are to be purchased, designed for various antenna designs and measurements, with specific frequency ranges and output power requirements [4]. - **Multifunctional Microwave Device Measurement System Experimental Platform**: - Nine units are planned for procurement, aimed at measuring RF parameters of common microwave devices, with detailed specifications for testing capabilities [4]. Additional Equipment - **Integrated Optoelectronic Device Testing Experimental Platform**: - Includes a semiconductor parameter analyzer and optical modulation system, with specific performance metrics for precision and measurement capabilities [5]. - **Dielectric Comprehensive Testing System**: - Five units are to be procured, featuring advanced temperature control modules for dielectric analysis and material behavior research [6]. - **New Engineering Internet of Things Practical Teaching Platform**: - Two units are planned, focusing on mechanical engineering practical courses with various sensor data acquisition capabilities [6]. Payment and Warranty Terms - The payment structure typically involves 50% payment upon contract signing and the remaining 50% upon acceptance of the equipment [4][5][6]. - Warranty periods vary, with most equipment having a warranty of one to three years [4][5][6].

Core Viewpoint - Beijing University of Aeronautics and Astronautics has announced procurement intentions for 27 items of scientific instruments and equipment, with a total budget of 118 million yuan, scheduled for procurement between March and October 2025 [1][2]. Group 1: Procurement Overview - The procurement includes high-temperature electromagnetic multifunctional testing systems, infrared laser systems, high-power density satellite experimental equipment, and electron backscatter diffraction instruments [2][4]. - The total budget for the procurement is 118 million yuan, indicating significant investment in advanced research capabilities [1][2]. Group 2: Specific Equipment and Requirements - High-temperature electromagnetic multifunctional testing system: This system is designed to test and evaluate the electrical performance of materials at high temperatures (≥1000℃) and includes multiple components such as heating systems and electromagnetic parameter testing systems [4][6]. - Infrared laser systems: The procurement includes both short-wave and mid-wave infrared semiconductor laser systems, with specific technical requirements such as output power and operational temperature [5][6]. - Electronic backscatter diffraction instrument: This instrument will be used for microstructural analysis of crystalline materials, enhancing the analysis capabilities of the testing center [6][7]. Group 3: Research and Development Focus - The procurement aims to support advanced materials research, particularly in high-performance composite materials and high-temperature alloys, which are critical for aerospace applications [4][5]. - The focus on intelligent design platforms and data integration indicates a trend towards more automated and data-driven research methodologies in the aerospace sector [4][6]. Group 4: Future Implications - The planned procurement reflects a strategic investment in cutting-edge technology that could enhance the university's research capabilities and contribute to advancements in aerospace engineering and materials science [1][2]. - The emphasis on high-temperature and high-performance materials suggests a growing demand for innovative solutions in extreme conditions, which is essential for the future of aerospace technology [4][5].

Core Viewpoint - Nanjing University of Science and Technology has announced multiple government procurement intentions for laboratory instruments, with a total budget of 85.37 million yuan, covering 28 items of equipment expected to be procured between December 2024 and July 2025 [1][2]. Summary by Categories Procurement Overview - The procurement includes various advanced instruments such as sensitivity testing systems for energetic materials, friction and wear testing machines, structured light illumination super-resolution imaging systems, and high-resolution analytical field emission scanning electron microscopes [2][4]. Budget and Timeline - The total budget for the procurement is 85.37 million yuan, with the expected procurement period from December 2024 to July 2025 [1][2]. Specific Instruments and Technical Requirements - **Sensitivity Testing System for Energetic Materials**: Key specifications include a maximum allowable pressure of 5 MPa and a maximum sample weight of 0.03 g [4]. - **Friction and Wear Testing Machine**: Capable of testing various materials with a normal force range of 5-1000 N and a temperature range from room temperature to 150 °C [4][5]. - **Structured Light Illumination Super-Resolution Imaging System**: Features include a lateral resolution of 85 nm and an axial resolution of 200 nm, with a frame rate of over 500 fps [5]. - **High-Resolution Analytical Field Emission Scanning Electron Microscope**: Requires a secondary electron resolution of ≤1.0 nm and a maximum acceleration voltage of 30 kV [5]. - **Probe Surface Profilometer**: Essential for measuring film thickness and surface roughness, with a maximum scanning length of ≥180 mm and vertical scanning range of ≥1000 μm [6]. Additional Equipment - **12 MN Ultra-High Temperature Vacuum Isothermal Forging Equipment**: Specifications include a maximum pressure of 12 MN and a working temperature range of 1100-1250 °C [6]. - **Digital Ultrasonic Testing and Intelligent Evaluation System**: Designed for non-destructive testing of various materials with a sensitivity for detecting defects of 0.5 mm equivalent [6]. - **Dual Robot Dual-Sided Arc Symmetrical Welding Equipment**: Features include a maximum load of ≥12 kg and a collaborative external axis system for enhanced operational efficiency [6]. Conclusion - The procurement plan reflects a significant investment in advanced research and testing capabilities at Nanjing University of Science and Technology, indicating a focus on enhancing scientific research infrastructure and technological development [1][2].