Core Viewpoint - Guangzhou Duople Technology Co., Ltd. has established a new subsidiary, Beijing Duople Innovation Technology Co., Ltd., with a registered capital of 30 million RMB, aiming to deepen industry layout and expand the North China market for long-term development [1][2]. Company Overview - Beijing Duople Innovation was founded on August 8, 2025, with a registered capital of 30 million RMB, located in the Yanqi Economic Development Zone, Huairou District, Beijing. The legal representative is Qian Chunming, and its business scope includes technical services, technology development, manufacturing and sales of instruments and meters, electronic components, software development, and import-export of goods [3][4]. - The shareholding structure includes Guangzhou Duople contributing 9 million RMB for a 30% stake, while individual investors contribute 5.25 million RMB each for a 17.5% stake [5]. Strategic Impact - The establishment of the subsidiary is part of the company's strategic development needs, aimed at enhancing market coverage and sales efficiency through specialized products and services, thereby promoting sustainable long-term growth [4][6]. - The investment is not expected to significantly impact the company's financial status or operational results for the current year, and it does not harm the interests of the company or its shareholders [4]. Business Focus - Guangzhou Duople is a high-tech enterprise specializing in the research, development, and manufacturing of ultrasonic equipment, systems, and transducers. The company aims to build a world-class non-destructive testing brand and was successfully listed on the Shenzhen Stock Exchange's Growth Enterprise Market on August 28, 2023, with stock code 301528 [7]. - The main products include industrial ultrasonic phased array testing equipment, automated testing devices, ultrasonic transducers, customized testing analysis software, and other supporting components, covering a full chain of business solutions and training services across various sectors [7].

Group 1 - The article highlights the successful installation of the Bruker 800 MHz solid-state NMR system at Wuhan University's Core Facility, marking a significant advancement in high-end research facilities [1][2] - This system is the first of its kind delivered in the Asia-Pacific region, which will greatly enhance the platform's capabilities in high-field solid-state NMR analysis [2] - The new equipment will provide strong support for research in cutting-edge fields such as structural biology, materials science, and clean energy [2]

Core Viewpoint - The new 2025 version of the "General Standard for Nutrition Labeling of Prepackaged Foods" will include "sugar" as a mandatory labeling item, leading to increased demand for analysis and testing technologies, thereby driving upgrades in analytical testing capabilities [1][2]. Group 1: Expansion of Testing Items and Scope - The new standard expands the mandatory labeling content from "1+4" to "1+6," adding saturated fat and sugar, and requires the labeling of trans fatty acids when hydrogenated oils are used [4]. - The new standard specifies that the sugar content refers to the sum of fructose, glucose, sucrose, maltose, and lactose, necessitating quantitative testing for foods that previously did not require sugar content detection [4]. - The allowable error range for sugar is strictly defined as "measured value ≤ 120% of the labeled value," which raises the accuracy and repeatability requirements for testing methods [4]. Group 2: Upgrading Testing Methodologies and Technical Adaptation Pressure - The new standard necessitates the adoption of updated testing methods for sugars and fatty acids, with the introduction of GB 5009.8-2023, which replaces previous standards and will be implemented on March 6, 2024 [6]. - The updated methods include four testing techniques: high-performance liquid chromatography, ion chromatography, acid hydrolysis-Rhein method, and Rhein method, each suitable for different food matrices [6][7][8]. - The revision of GB 28050 not only standardizes food labeling information but also serves as a comprehensive test of the analytical testing industry's technical capabilities, requiring timely upgrades of software and hardware by testing institutions during the two-year transition period [9].

Core Viewpoint - Atlas Copco Group has acquired Suzhou Xinyao Environmental Technology Co., Ltd., enhancing its local presence and product supply in the exhaust treatment equipment sector while improving its capability to produce adsorbent materials locally in China [1][2]. Company Overview - Suzhou Xinyao Environmental Technology Co., Ltd. is located at the Suzhou Institute of Nano-Tech and Nano-Bionics, focusing on the research and production of various exhaust purification materials and exhaust treatment equipment, holding independent intellectual property rights in China [3]. - The company collaborates with enterprises in Germany and South Korea and has advanced adsorbent testing platforms, with applications in semiconductor chip manufacturing, LED, FPD, solar energy, and various scientific research institutions [3]. Atlas Copco Group Overview - Atlas Copco Group drives future transformations through technology, operating in four main business areas: compressor technology, vacuum technology, industrial technology, and power technology, providing solutions for air compression, vacuum, energy, drainage, industrial tools, and machine vision [4]. - The group has been active in the Chinese market since the 1920s, currently operating over 45 companies in Greater China with approximately 8,600 employees, focusing on productivity, safety, quality, and energy efficiency [5]. - Recent acquisitions have allowed the group to rapidly acquire new technologies, expand product lines, and enter emerging markets, including the acquisition of leading vacuum companies Edwards and Leybold, enhancing its position in the vacuum technology sector [5].

Core Viewpoint - Tsinghua University has announced procurement intentions for 33 items of scientific instruments and equipment, with a total budget of 183 million yuan, scheduled for procurement between July and September 2025 [1][8]. Summary by Relevant Sections Procurement Overview - The procurement includes advanced instruments such as sensitive environmental biological aerosol and toxic solid-liquid gas rapid detection prototypes, water-lubricated bearings and vibration noise testing analysis systems, isostatic presses, electrochemical differential mass spectrometers, and a 300 kV cryo-transmission electron microscope [1][2]. Instrument Descriptions - **Electrochemical Differential Mass Spectrometer**: Combines electrochemistry and mass spectrometry to monitor volatile substances generated during electrochemical reactions, crucial for studying reaction mechanisms and catalyst activity [1]. - **Cryo-Transmission Electron Microscope (Cryo-TEM)**: Allows observation of biological samples at near-physiological conditions, overcoming limitations of traditional electron microscopy by using rapid freezing techniques to preserve sample structure [2]. - **Laser Vibrometer**: Measures vibration parameters such as velocity, displacement, and acceleration using laser Doppler effect and interference techniques [3]. Detailed Procurement List - The procurement list includes various instruments with specific budgets, such as: - Sensitive environmental biological aerosol detection machine: 4.06 million yuan - Water-lubricated bearing and vibration noise testing system: 1.95 million yuan - Electrochemical differential mass spectrometer: 2.62 million yuan - 300 kV cryo-transmission electron microscope: 45 million yuan [5][6][7]. Additional Procurement Information - Tsinghua University has previously announced multiple procurement intentions totaling over 2.13 billion yuan for various scientific instruments, indicating a strong investment in research and development capabilities [8].

Core Viewpoint - Inner Mongolia University has announced procurement intentions for six types of instruments and equipment, with a total budget of 195 million yuan, expected to be purchased between May and August 2025 [1][2]. Summary by Categories Procurement Overview - The total budget for the procurement of instruments and equipment is 195 million yuan, covering items such as wideband digital oscilloscopes, flexible DC transmission systems, solid-state fermentation equipment systems, and fluorescence and chemiluminescence imaging systems [2][5]. Instrument Descriptions - **Electrochemical Workstation**: A device used for studying and measuring electrochemical reactions, playing a crucial role in fields like materials science, energy storage, corrosion science, biomedical research, and environmental monitoring [3]. - **Semi-preparative High-Performance Liquid Chromatography (Semi-prep HPLC)**: This technology is used for separating and purifying specific components from complex mixtures, widely applied in pharmaceuticals, biochemistry, natural product extraction, and food science [4]. Specific Procurement Items - **Wideband Digital Oscilloscope**: Budgeted at 4.6 million yuan, it includes high-speed serial signal analysis, jitter testing, and waveform mathematical operations, with a required bandwidth of at least 59 GHz and a sampling rate of at least 256 GSa/s [6]. - **Flexible DC Transmission System**: Budgeted at 3.55 million yuan, it aims to simulate multi-terminal flexible DC transmission and conduct research on power system faults [6][7]. - **Solid-State Fermentation Equipment System and Fluorescence Imaging System**: Budgeted at 9 million yuan, these systems support research and education in the biological and pharmaceutical fields [7]. - **Additional Instruments**: Including a glove box, electrochemical workstation, and semi-preparative HPLC, budgeted at 9 million yuan, aimed at addressing the shortage of instruments due to increasing student numbers [7]. - **Smart Laboratory Construction**: Budgeted at 15 million yuan, it aims to create a digital twin and IoT control system for precise simulation and monitoring of laboratory environments [7].

Core Viewpoint - Aflatoxin is a highly toxic substance, 68 times more toxic than arsenic, and is classified as a Group 1 carcinogen by the World Health Organization, with just 1 milligram potentially leading to cancer, particularly liver cancer [7][8]. Group 1 - A 60-year-old woman in Zhengzhou was hospitalized due to vomiting and diarrhea, where doctors discovered a large amount of aflatoxin in her stomach, linked to her use of the same pair of chopsticks for five years without replacement [5][6]. - Aflatoxin is a metabolite of the Aspergillus fungus, which thrives in moldy or spoiled food and can be found in various environments such as damp soil, improperly stored grains, and moldy household items [9][10]. - Common sources of aflatoxin contamination include expired or spoiled cooking oils, moldy nuts, grains, and kitchen utensils like chopsticks and cutting boards [11]. Group 2 - Aflatoxin is heat-stable, with a melting point between 237°C and 299°C, making it difficult to eliminate through standard cooking methods [13]. - Various detection methods for aflatoxin include Thin Layer Chromatography (TLC), High-Performance Liquid Chromatography (HPLC), Enzyme-Linked Immunosorbent Assay (ELISA), Capillary Electrophoresis (CE), Fluorescence Spectrophotometry, Gold Standard Test Strips, and Biosensors [15][16][17][18][19][20]. Group 3 - Food safety is crucial for national well-being, and customs authorities play a vital role in preventing the entry of unsafe food products, necessitating advanced detection technologies to address new contaminants and biological toxins [22]. - A seminar titled "Domestic Instrument Manufacturing in Full Swing - Customs Food Safety Detection Technology Seminar" will focus on the latest policies, detection technologies, and share experiences in food safety detection [22]. - Experts from customs will present on topics such as fungal toxin detection technology and the measurement of aflatoxin M1 in dairy products, emphasizing the importance of stringent regulations and testing methods [24][25].

导读： 本文深度探索回顾 超视计在2024年如何加速海外布局，实现海外交付并获权威认证，跻身国际 中 国超分辨技术 第一梯队。 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。 风高浪急之际，正当破浪前行。在国际形势变局的当下，国产仪器进军海外市场已然成为一种 趋势，高质量产品成为市场竞相追逐的焦点。 仪器信息网记者了解到 国产高端科研仪器 领头羊 制造商 超视计 ，2024年在超分辨国际赛 道上也产出颇丰 ，特撰本文回顾 超视计公司 2024年 开启全球战略后 的海外推广进程 ，供 仪粉er参考。 以下文章来源于超视计科技 ，作者超小视 超视计科技 . 广州超视计生物科技有限公司（超视计科技）是一家专注于活细胞超分辨成像仪器研发与应用的高新技 术企业，正处于高速发展之中的超视计科技，以创新作驱动，以技术谋突破，以产品创品牌，以国际领 先为使命，做大做强国产高端智能显微镜行业。 上述顶级盛会不仅是技术竞技的舞台，更是全球显微系统厂商发布创新方案的重要平台，近年 来对超分辨领域也持续加重关注。超视计作为业内领先的中国品牌在这一系列顶尖学术舞台 ...

Core Viewpoint - In the first half of 2025, Haineng Technology reported a revenue of 136 million yuan, a year-on-year increase of 34.87%, and a net profit attributable to shareholders of 5.4715 million yuan, up 139.03% [2][3]. Group 1: Revenue Growth and Product Lines - The main business revenue of Haineng Technology grew by 34.56% compared to the same period last year, driven by the results of previous R&D and market investments, as well as the effectiveness of a diversified product strategy [5]. - All four major product lines (organic element analysis, sample pretreatment, chromatography and spectroscopy, general instruments) achieved revenue growth [5]. - The organic element analysis segment saw a revenue increase of 25.62%, while the chromatography and spectroscopy segment experienced a significant revenue growth of 61.71% [8][9]. Group 2: Domestic and International Business - In the first half of 2025, domestic revenue accounted for 77.04% of total revenue, while international revenue made up 22.96%, with overseas revenue increasing by 22.49% year-on-year [11]. - Haineng Technology has actively expanded its overseas market through international dealer conferences and exhibitions, with products sold in over 130 countries and regions [11]. Group 3: Policy and Market Opportunities - The Chinese government has introduced significant policies in key areas such as pharmaceutical health, energy transition, marine economy, and ecological environment governance, providing broad market opportunities for the scientific instrument industry [12][13][14][15][16]. - Haineng Technology's products are well-positioned to support the pharmaceutical industry, energy sector, and marine economy, contributing to national energy security and low-carbon transition [13][14][15]. Group 4: Strategic Developments and Innovations - In March 2025, Haineng Technology signed a cooperation agreement with Xi'an Jiaotong University to establish a research institute for intelligent analysis instruments, which could enhance the company's product offerings and competitiveness [17]. - The company is developing an instrument control system based on the domestic "Hongmeng system" to align with national strategies for independent innovation and data security [17]. - A project to build an intelligent manufacturing base for scientific instruments with an investment of up to 230 million yuan has been approved, aimed at attracting international talent and enhancing product and technology autonomy [18].

Core Viewpoint - Liaoning Technical University has announced three procurement intentions for instrument equipment, with a total budget of 115 million yuan, indicating significant investment in engineering and technology platforms [1][2]. Group 1: Procurement Intentions - The university plans to purchase equipment for three main projects: 1. Intelligent manufacturing and digital engineering platform for engineering equipment, with a budget of 68 million yuan [4]. 2. Beidou time-space intelligent perception and data service experimental platform, with a budget of 27 million yuan [4]. 3. Rock performance detection and mining engineering simulation systems, with a budget of 20.5 million yuan [4]. Group 2: Research and Development Strength - Liaoning Technical University is recognized for its high research reputation nationally, being a co-built university by the Ministry of Emergency Management and the Liaoning Provincial Government [5]. - The university has multiple high-level research platforms, including doctoral research stations and key laboratories, which support its strong academic foundation [5][8]. - The university's research achievements in fields like mining engineering and safety science contribute to industry advancements and the cultivation of high-quality professionals [8][9].