Core Insights - The article highlights the upcoming 21st Beijing Conference on Analysis and Testing (BCEIA 2025), scheduled for September 10-12, 2025, at the China International Exhibition Center in Beijing, emphasizing its significance in the analysis and testing field in China [2] - The ILIS International Laboratory Innovation Development Conference will take place from November 11-13, 2025, in Guangzhou, featuring participation from major international organizations and experts from 18 countries [6] Event Details - BCEIA 2025 is noted as one of the most professional and widely recognized events in the analysis and testing sector in China [2] - The ILIS 2025 conference will include keynote speeches from experts representing various countries, focusing on international cutting-edge technologies and national needs [6] Organizational Support - The event is guided by the Guangdong Provincial Department of Science and Technology and supported by international organizations such as UNIDO, UNEP, and ISO [9] - Various domestic and international organizations are involved, including the China National Testing Group and Amazon (China) Investment Co., Ltd. [9] Conference Agenda - The main forum will cover topics such as AI shaping future laboratories, global environmental planning, and quality infrastructure in developing countries [11] - Multiple sub-forums will address specific regional issues, including food safety standards in Brazil and laboratory infrastructure in Uganda [12] Additional Activities - The conference will feature a LAB TOUR, allowing participants to visit advanced laboratory facilities, including a biosafety level 3 laboratory [12]

Core Insights - Qufu Normal University has announced procurement intentions for 9 types of scientific instruments, with a total budget of 88.67 million yuan, scheduled for purchase between May and September 2025 [2][3]. Instrument Procurement Details - The procurement includes advanced instruments such as in-situ electrochemical Raman spectrometers, in-situ X-ray diffractometers, and ultra-high-resolution laser confocal microscopes, among others [3][4][5][6]. - The total budget for the procurement is broken down into various projects, with specific allocations for different types of equipment, such as 1.35 million yuan for an atomic force microscope and 6.85 million yuan for a high-pressure synthesis system [9][10]. Instrument Specifications - **In-situ X-ray Diffractometer**: This instrument allows real-time tracking of material properties under various experimental conditions, making it essential for research in materials science and catalysis [4]. - **In-situ Electrochemical Raman Spectrometer**: This device combines electrochemical testing with Raman spectroscopy to provide insights into molecular structures and reaction mechanisms during electrochemical processes [5]. - **Deep Level Transient Spectroscopy (DLTS)**: A high-precision tool for detecting deep-level defects in semiconductor materials, crucial for evaluating electrical performance [6][7]. Research and Development Context - Qufu Normal University is recognized for its strong academic foundation and innovative research, particularly in basic sciences, with several disciplines ranking in the top 1% globally according to ESI [12][27]. - The university has established multiple provincial and national research platforms, focusing on areas such as green chemistry, functional materials, and environmental science [14][19][20].

Core Insights - Shaanxi University of Science and Technology has announced procurement intentions for 28 items of laboratory equipment, with a total budget of 140 million yuan [2][3] - The procurement includes advanced instruments such as high-resolution mass spectrometry imaging systems, two-dimensional gas chromatography-mass spectrometry systems, and various other analytical devices, expected to be purchased by August 2025 [3][4] Procurement Overview - The total budget for the procurement is 140 million yuan, covering a wide range of equipment necessary for research and development in various scientific fields [2][3] - The procurement list includes high-end instruments like: - High-resolution mass spectrometry imaging systems - Two-dimensional gas chromatography-mass spectrometry systems - Low-temperature plasma mutation systems - Rheological protein collaborative analysis systems - Preparation chromatography purification systems - Atomic absorption spectrometers - Laser scanning confocal imaging systems - Ultracentrifuges [3][4][5] Specific Equipment Details - **Rheological Protein Collaborative Analysis System**: Combines rheological measurements with other techniques to study the flow properties of protein solutions and their molecular interactions [4] - **Preparation Chromatography Purification System**: Used for separating and collecting high-purity target compounds from mixtures, widely applied in chemistry, pharmaceuticals, and biology [5] - **Laser Scanning Confocal Imaging System**: A core instrument for high-resolution three-dimensional imaging and dynamic analysis in biomedical and materials science [6][7] Research and Development Focus - The university emphasizes its commitment to applied research and technology development, particularly in light industry, materials, and environmental science [16][30] - The institution has established several key laboratories and research platforms, focusing on innovative materials, environmental technology, and food science [18][19][30] Strategic Importance - The procurement aligns with the university's goal to enhance its research capabilities and support regional economic development, particularly in key industries such as light industry and materials science [16][30] - The university's strong research output and collaboration with leading companies position it as a significant contributor to technological innovation in the region [17][30]

Core Viewpoint - Shanxi Normal University has announced two procurement intentions for scientific instruments, with a total budget of 99 million yuan, aimed at enhancing the university's teaching and research capabilities [2][3]. Procurement Overview - The procurement includes advanced scientific instruments such as a nine-channel soil carbon flux measurement system, a field emission transmission electron microscope, a high-resolution X-ray diffractometer, an atomic force microscope, a multi-channel ultrasonic testing system, and a femtosecond transient absorption spectroscopy system. The expected procurement period is from May to September 2025 [3][4][5][6]. Instrument Details - **Nine-Channel Soil Carbon Flux Measurement System**: This system is crucial for accurately measuring soil carbon flux, employing non-dispersive infrared principles to analyze CO₂ concentrations in soil, and includes multiple interfaces for connecting to various sensors [4]. - **Femtosecond Transient Absorption Spectroscopy System**: This system utilizes femtosecond laser technology to capture dynamic changes in electronic states and reaction intermediates after light excitation, serving as a core tool in fields such as chemistry and materials science [5]. - **High-Resolution X-Ray Diffractometer**: This device is essential for characterizing the microstructure of crystalline materials with significantly enhanced resolution compared to conventional X-ray diffractometers, allowing for the detection of minute structural changes [6]. Research and Development Strength - Shanxi Normal University has shown a steady increase in research capabilities, particularly in foundational disciplines, with several fields entering the top 1% globally in ESI rankings, including chemistry, engineering, and materials science [10][11]. The university has also secured numerous high-level research projects, contributing to significant advancements in various scientific domains [11]. Research Platforms - The university has established multiple provincial and national research platforms focusing on interdisciplinary areas such as molecular science, environmental pollution control, and functional materials, which support its research initiatives and enhance its academic reputation [12][13]. Future Prospects - With the ongoing construction of a new campus in Taiyuan and the promotion of "Double First-Class" initiatives, Shanxi Normal University is expected to achieve further breakthroughs in national strategic fields such as molecular science and ecological environment, contributing to regional development and ecological protection [16].

Core Viewpoint - The article highlights the significant presence and achievements of 聚光科技 (Juguang Technology) and its subsidiaries at the 21st Beijing Conference on Analytical Testing (BCEIA 2025), showcasing advancements in high-end scientific instruments and their applications in various fields [4][5][24]. Group 1: Event Overview - The BCEIA 2025 was held from September 10 to 12 at the China International Exhibition Center in Beijing, marking a significant event in the analytical testing industry [4]. - 聚光科技, along with its subsidiaries 谱育科技 (Puyu Technology) and 吉天仪器 (Jitian Instruments), showcased over 40 products across 10 exhibition areas, attracting considerable attention from industry experts and attendees [5][7]. Group 2: Product Highlights - The exhibition featured the 吉天仪器台式气相色谱-离子迁移谱分析系统, which utilizes ion enrichment technology for comprehensive analysis in various applications such as agricultural product flavor analysis and safety testing [8]. - 谱育科技 presented several high-end mass spectrometry products, including LC-MS/MS and ICP-MS/MS systems, demonstrating the company's innovation and capability to meet diverse research needs across multiple industries [15]. Group 3: Awards and Recognition - 聚光科技 and its subsidiaries received the "BCEIA Excellent Partner Award," recognizing their contributions to collaborative innovation in the field of high-end scientific instruments [24][26]. - The "Calibus 5" handheld laser-induced breakdown spectroscopy analyzer won the "2025 Annual Analytical Testing Instrument Innovation Award," showcasing its advanced capabilities in high-precision analysis [27][28]. Group 4: Online Engagement - The event also featured an online component, "Cloud Citywalk," which attracted over 20,000 viewers, allowing for interactive engagement and showcasing the appeal of domestic high-end scientific instruments [30]. - Key technical experts from 聚光科技 discussed advancements in mass spectrometry technology and laboratory automation during the online sessions, emphasizing the importance of these innovations for the industry [30][33].

Core Viewpoint - Inner Mongolia University has announced procurement intentions for 42 items of scientific instruments and equipment, with a total budget of 108 million yuan, scheduled for procurement in August 2025 [2][3]. Procurement Overview - The procurement includes various types of equipment such as microscopes, biological and medical sample preparation devices, multi-principle analysis instruments, livestock feeding machinery, and electrochemical analysis instruments [3][5]. - The total budget for the procurement is 108 million yuan, indicating significant investment in research capabilities [3][5]. Detailed Procurement List - The procurement includes: - 35 units of livestock feeding machinery, budgeted at 3.74 million yuan, aimed at sample preservation and various analyses [5][6]. - 79 units of microscopes, budgeted at 9.89 million yuan, for similar research purposes [5][6]. - 52 units of biological and medical sample preparation equipment, budgeted at 3.82 million yuan [6]. - 60 units of additional biological and medical sample preparation equipment, budgeted at 3.77 million yuan [6]. - 113 units of microscopes, budgeted at 14.85 million yuan [6]. - 45 units of refrigerators, budgeted at 6.70 million yuan [6]. - 117 units of other experimental instruments, budgeted at 6.54 million yuan [6]. - 30 units of multi-principle analysis instruments, budgeted at 8.86 million yuan [6]. Research and Development Focus - The procurement aims to enhance research capabilities in various fields, including ecology, environmental science, and livestock management, thereby supporting the university's strategic goals in scientific research and education [7][8][9].

Project Overview - The total budget for the major instrument update projects at Heilongjiang University is 13,820,000.00 CNY [1] - The projects are divided into two main categories: construction-related instruments and life science-related instruments [2][3] Construction-Related Instruments - Project Number: [230001]SC[GK]20250161 - Total budget for construction-related instruments is 7,130,000.00 CNY [2] - Contract Package 1 includes: - Cement-based material performance comprehensive testing system: 1 set, budget 1,100,000.00 CNY - Magnetic resonance technology-based comprehensive analysis system for civil engineering materials: 1 set, budget 2,880,000.00 CNY [2] - Contract Package 2 includes: - Smart identification analysis system for drinking water engineering structure: 1 set, budget 1,340,000.00 CNY - Wastewater quality analysis system: 1 set, budget 1,810,000.00 CNY [2] - The contract execution period is 40 calendar days from the signing date [2] Life Science-Related Instruments - Project Number: [230001]SC[GK]20250163 - Total budget for life science-related instruments is 6,690,000.00 CNY [3] - Contract Package 1 includes: - High-throughput biological particle intelligent sorting system: 1 unit, budget 2,890,000.00 CNY - Total organic carbon and total nitrogen analyzer: 1 unit, budget 690,000.00 CNY - Gas chromatography-mass spectrometry system: 1 unit, budget 1,790,000.00 CNY [3] - Contract Package 2 includes: - Fully automatic nucleic acid extractor: 1 unit, budget 420,000.00 CNY - Ultracentrifuge: 1 unit, budget 900,000.00 CNY [3] - The contract execution period is 45 to 60 calendar days from the signing date [3] Bid Document Acquisition - Bid documents can be obtained online from September 9, 2025, to September 16, 2025 [4] - The documents are available for free [4] Contact Information - Procurement entity: Heilongjiang University, located at 74 Xuefu Road, Nangang District, Harbin [5] - Procurement agency: Heilongjiang Provincial Government Procurement Center, located at 130-6 Changjiang Road, Nangang District, Harbin [5] - Project contact: Zhao Yan, phone number 0451-85975709 [5]

Core Insights - Ningbo University has announced multiple government procurement intentions for laboratory instruments, totaling a budget of 91.22 million yuan, with 35 items listed for procurement [2][3]. Procurement Overview - The procurement includes advanced instruments such as gas chromatography-triple quadrupole mass spectrometer, wave-making water tank, sorting flow cytometer, transmission electron microscope, and matrix-assisted laser desorption/ionization time-of-flight mass spectrometer [3][4][5]. - The expected procurement period is from March to September 2025 [3]. Instrument Details - **Sorting Flow Cytometer**: This instrument is crucial for high-speed cell analysis and specific cell sorting, widely used in life sciences and medical research [4]. - **Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry (MALDI-TOF MS)**: A significant soft ionization technique for analyzing biomolecules and small compounds, known for its high sensitivity and resolution [5]. - **Wave-Making Water Tank**: Designed for experiments involving wave and flow interactions, essential for marine engineering research [6]. Detailed Procurement List - **Gas Chromatography-Triple Quadrupole Mass Spectrometer**: Budget of 1.4 million yuan, aimed at diverse applications in pharmaceuticals, environment, food, and research [9]. - **Wave-Making Water Tank**: Budget of 3.38 million yuan, capable of simulating waves and flows for various hydraulic experiments [9]. - **Automated -80°C Freezer**: Budget of 1.75 million yuan, for medical low-temperature storage [9]. - **Fully Automated Blood Dispensing Equipment**: Budget of 2.545 million yuan, for clinical testing [9]. - **Transmission Electron Microscope**: Budget of 5 million yuan, for high-resolution imaging in medical applications [10]. Research and Development Context - Ningbo University is recognized for its strong research capabilities, particularly in materials science, marine science, and biomedical fields, contributing significantly to regional industrial development [14][15][18]. - The university has established multiple high-level research platforms and laboratories, focusing on innovative materials and green chemistry, which align with national strategic directions [16][18].

Core Viewpoint - The article highlights the transformation of domestic companies from "follower" to "leader" in the laboratory automation industry, exemplified by the journey of Tan Xiaoshan, founder of Qingfeng Biotech, who has successfully led the company to compete with multinational giants in the field [2][3]. Industry Overview - The life sciences research sector is entering an "efficiency racing era," where high-throughput experiments and precision operations are essential. However, high-end laboratory automation equipment has long been dominated by imported brands, with over 95% market share held by foreign companies in large liquid handling workstations [3][6]. - Qingfeng Biotech has emerged as a new player in laboratory automation, achieving over 130 million yuan in intended orders shortly after launching four self-developed products in 2025, including innovations like non-equidistant dual liquid level detection technology [3][8]. Company Development - Tan Xiaoshan's entrepreneurial journey began in 2009 after leaving a job at a radiation technology center. His initial venture into the restaurant business failed, leading him to the scientific tools distribution industry, where he identified the challenges faced by domestic companies in the low-end distribution segment [6][7]. - In 2016, Qingfeng Biotech became the largest distributor for Aladdin in Southern China, prompting Tan to establish the company in 2018, initially focusing on OEM consumables before shifting to self-developed automation solutions [7][8]. Technological Breakthroughs - Qingfeng Biotech's strategy focuses on high-end, technologically advanced large liquid handling workstations, which face significant technical barriers. The company aims to break the monopoly of foreign brands by developing its own high-end products [8][10]. - The core technology of Qingfeng's workstations includes a non-equidistant flexible 8-channel liquid handling module, a capability previously only achieved by Hamilton. This required a multidisciplinary approach involving mechanical design, software algorithms, and materials science [11][12]. Team and Strategy - The company emphasizes the importance of its team, with over 75% of its 57 employees holding bachelor's degrees or higher, and more than 65% in R&D and application roles. The team is characterized by strong execution and a commitment to company culture [13]. - Qingfeng Biotech's strategic focus is on synthetic biology and drug screening, both high-value fields that require advanced automation solutions. The company aims to reduce costs and improve quality by achieving over 90% self-research rate for core components [13][14]. Future Plans - In 2024, Qingfeng Biotech plans to accelerate its growth through increased R&D investment and capacity expansion, alongside a focus on AI integration in laboratory automation [15][16]. - The company is developing BioFlow AI, which will enable scientists to generate experimental protocols from natural language, facilitating a shift towards intelligent automation in research [16]. Conclusion - Tan Xiaoshan envisions Qingfeng Biotech not just as a profitable company but as a leader in narrowing the gap between domestic and imported laboratory automation equipment. The company has made significant strides from its inception and aims to establish a strong foothold in the industry over the next three years [17].

Core Insights - The 21st Beijing Conference on Analytical Testing (BCEIA 2025) is set to open on September 10, 2025, at the China International Exhibition Center in Beijing, celebrating its 40th anniversary [2][4]. Group 1: Opening Ceremony - The opening ceremony is hosted by Zhang Xinrong, Vice President and Secretary-General of the Chinese Society for Analytical Testing [4]. - Jiang Guibin, an academician, delivers the opening address [6]. Group 2: Awards and Recognition - A "Special Contribution Award" is established to honor the founding leaders of BCEIA, with recipients including Yang Hua, Wang Shunchang, Yan Chengde, Wu Bole, and Zhang Yuying [8]. - The award ceremony is presided over by Liu Huwei, Vice President of the Chinese Society for Analytical Testing [8]. Group 3: Conference Reports - The conference marks the 40th anniversary of BCEIA, with Liu Maili, academician and chairman of the academic committee, delivering a speech [11]. - Jiang Guibin, Jonathan V. Sweedler, Xie Xiaoliang, and E Weinan present reports focusing on life sciences, precision medicine, and artificial intelligence, discussing the integration of AI and big data in analytical technologies [12]. Group 4: Development and Achievements - Jiang Guibin reviews the development of BCEIA over 40 years, noting that the exhibition area has expanded from 5,000 square meters to 53,400 square meters, a growth of over ten times [14]. - The number of attendees has increased from approximately 12,000 to 37,456, and exhibitors from 122 to 723, with domestic companies rising from 13 to 680 [14]. - The number of academic forums has expanded from 6 to 18, with 24 academic meetings and 6 frontier seminars, promoting the transition from basic research to application [15]. Group 5: Keynote Presentations - Jonathan V. Sweedler discusses advancements in single-cell mass spectrometry, emphasizing the need to focus on cellular states in specific environments [17]. - Xie Xiaoliang highlights the significance of DNA sequencing and single-cell omics technologies in genomic medicine, advocating for China to develop proprietary sequencing technologies [19][20]. - E Weinan elaborates on the revolutionary impact of AI in various scientific fields, presenting new algorithms for high-dimensional scientific calculations [22]. Group 6: Academic Forums - The conference features 18 academic sub-forums covering topics such as electron microscopy, mass spectrometry, AI-enabled spectroscopy, environmental analysis, and more [24].