Group 1 - The article promotes a free book giveaway, specifically the "Liquid Chromatography Practical Handbook" published by Instrument Information Network [2] - It highlights the importance of setting the account as a star to ensure users receive future updates [1] Group 2 - The course offered is a premium course without exams or certificates, and it allows for unlimited learning within a specified validity period [6] - The course is a virtual product and is non-refundable after purchase [6] - Users can apply for a VAT electronic invoice upon purchase [6]

Core Viewpoint - The article emphasizes the efficiency improvements in GCMS method development through the use of the COAST (Create Automatic SIM Table) function, which automates the creation of SIM tables, thereby reducing manual workload and enhancing analysis speed [3][4][16]. Summary by Sections Overview of COAST Function - The COAST function in Shimadzu's GCMS Solution workstation significantly enhances the efficiency of analysis method development by automating the creation of SIM tables [4][16]. - Traditional method development involves multiple manual steps, which can be cumbersome, especially with complex samples [3]. Basic Operation Steps for COAST - The basic steps to create a SIM method using COAST include: 1. Creating a Scan method file by setting the GCMS to Scan mode and analyzing a high-concentration standard sample [6][7]. 2. Processing the data file to identify chromatographic peaks and creating a component table [8]. 3. Returning to the real-time analysis module to open the saved method file and selecting the option to automatically create the MS table [11][12]. 4. Saving the analysis method file for data collection [14] [16]. Advanced Features of COAST - The COAST function allows for the simultaneous collection of scan and SIM data, known as FASST, and can also create sub-ion scanning methods and MRM methods when using triple quadrupole GCMS [16][17]. - This flexibility in data collection modes enhances the analytical capabilities of the GCMS system [16].

Group 1 - The article emphasizes the importance of selecting high-quality domestic instruments, highlighting the initiative "国产好仪器" which aims to identify and promote superior products in the industry [2][4]. - The initiative collaborates with company leaders to endorse their products, ensuring that only those recognized by users are considered [4]. - The article encourages participation in the selection process and provides a link for further details on the instruments and the evaluation activity [6].

Core Viewpoint - The article highlights the launch of the FR60 portable Fourier-transform infrared Raman spectrometer by Beijing Beifen-Ruili Analytical Instrument (Group) Co., marking a significant advancement in domestic high-end analytical instruments and setting a new standard for on-site detection capabilities in China [1][19]. Group 1: Product Launch and Features - The FR60 spectrometer integrates Fourier-transform infrared and Raman technologies, providing a comprehensive solution for various applications from laboratory to field settings, thus breaking international monopolies in this technology [19]. - The device is compact, weighing less than 2 kg and measuring the size of half an A4 paper, with features such as waterproofing, dustproofing, shock resistance, and a battery life of up to 6 hours [22]. - The FR60 supports direct detection of solid, liquid, and powder samples without the need for pre-treatment, enhancing its usability in diverse scenarios [22]. Group 2: Strategic Importance and Industry Impact - The launch of the FR60 is seen as a milestone for domestic innovation in analytical instruments, with potential applications in law enforcement, emergency response, pharmaceuticals, and customs, thereby promoting the self-sufficiency of domestic testing equipment [19][33]. - The product signifies a shift from single-technology iterations to multi-technology collaborative innovations in the field of portable analytical instruments [33]. - The FR60's capabilities are expected to improve efficiency in customs inspections and emergency management, particularly in the rapid identification and tracing of hazardous materials [27][29]. Group 3: Company Strategy and Future Outlook - The company aims to enhance its technological innovation and product development in high-end analytical instruments, focusing on building a complete ecosystem that covers research, production, application, and service [7][46]. - The strategic direction includes deepening the integration of industry, academia, and research to support the independent and controllable development of high-end instruments [46]. - The company is committed to transforming the domestic instrument industry from a "follower" to a "leader" in technology, contributing to China's technological self-reliance [46].

Core Insights - The article highlights the procurement dynamics of particle size analyzers in the 37th week of 2025, indicating that while universities remain the primary purchasers, there is a notable increase in demand from pharmaceutical and energy companies [2][3] - A total of 7 bids related to particle size analyzers were reported, with a cumulative bid amount of 1.7593 million yuan [3] Procurement Overview - The procurement data covers various sectors including universities, research institutes, and corporate R&D centers, showcasing a diverse range of applications for the equipment [3] - Key brands involved in the procurement include Jinan Weina, Dandong Baite, Malvern Panalytical, and German brand Sympatec, among others [3] Specific Bids and Equipment - Jinan Weina secured 2 sets of equipment: Winner2006B and Winner319C - Dandong Baite won a bid for 1 set of BT-9300S micron particle size analyzer - Sympatec was awarded a bid for 1 set of HELOS/BR laser particle size analyzer - Beijing Times New Measurement Control Equipment Co., Ltd. won a bid for 1 TP791 oil particle size analyzer - Malvern Panalytical secured a bid for 1 laser particle size analyzer - Japan's Rion won bids for both a micron-level and a nano-level liquid optical particle size analyzer [3][4]

Core Viewpoint - Raman spectroscopy technology is a key analytical tool in various fields such as physical materials research, biomedicine, environmental monitoring, and food safety, showcasing its irreplaceable value and driving innovation and breakthroughs in both theoretical exploration and industrial practice [2]. Event Overview - The "7th Raman Spectroscopy Online Conference (iCRS2025)" will be held on September 16-17, 2025, organized by the Instrument Information Network and the Semiconductor Phonon Physics Research Group of the Chinese Academy of Sciences [2][3]. - The conference aims to gather leading experts in Raman spectroscopy technology and applications to discuss current research hotspots, providing a platform for knowledge sharing and experience exchange, thereby promoting the collaborative development of Raman spectroscopy technology and its application scenarios in China [2]. Conference Agenda Highlights - The agenda includes various sessions focusing on the application of Raman spectroscopy in physical materials, chemical fields, and biomedicine, featuring presentations from renowned researchers [4][5]. - Notable topics include in-situ SERS studies, electrochemical mechanisms, and applications in disease diagnosis and pharmaceutical industries [4][5]. Key Speakers - The conference will feature prominent researchers such as Yang Wenxing from West Lake University, Xu Yikai from East China University of Science and Technology, and others from leading institutions like Peking University and Tsinghua University [6][7][8].

Core Viewpoint - JD Industrial and SCINCO have formed a strategic partnership to enhance the procurement experience of analytical instruments in China, leveraging each other's strengths in supply chain technology and product development [1][4]. Company Overview - SCINCO, established in 1990, is the largest analytical instrument manufacturer in South Korea and a significant player in the global analytical instrument industry, exporting products to over 60 countries [3]. - JD Industrial, a subsidiary of JD Group, is a leading provider of industrial supply chain technology and services in China, serving over 10,000 key enterprise clients and millions of SMEs, including about 50% of China's Fortune 500 companies [3]. Strategic Collaboration - The partnership will see SCINCO's analytical instruments fully integrated into JD Industrial's self-operated business, making JD Industrial the launch channel for SCINCO's new products in the Chinese market [1][4]. - The collaboration aims to improve supply chain efficiency and reduce costs in the laboratory supplies industry, addressing the challenges of traditional procurement models [4][5]. Market Impact - The partnership is expected to enhance the digital transformation of the analytical instrument supply chain, making it more efficient, reliable, and agile, thereby accelerating innovation in research and development [5]. - SCINCO's CEO expressed confidence in the collaboration, highlighting JD Industrial's quality assurance and technical service capabilities as a significant opportunity for SCINCO's growth in China [5].

Core Viewpoint - The JASIS 2025 exhibition, a major event in the analytical and scientific instruments industry, is set to take place in Chiba, Japan, attracting 444 global companies and featuring over 300 activities and seminars aimed at promoting technological exchange and international cooperation [2][3]. Exhibition Overview - JASIS 2025 will open on September 3, 2025, at the Makuhari Messe in Chiba, Japan, and is recognized as one of the four major exhibitions in the analytical instruments sector, alongside Pittcon in the USA, analytica in Germany, and BCEIA in China [3]. - The event is expected to draw over 24,000 attendees, showcasing its international significance in the analytical instruments field [5]. Participation and Activities - A total of 444 companies, including several Fortune 500 scientific instrument firms, will participate, with over 1,200 exhibition booths [12]. - The event will feature 309 seminars and special activities, providing a platform for learning, exchange, and collaboration among industry professionals [12]. Focus Areas and Topics - JASIS 2025 will emphasize advanced materials, food science, environmental science, life sciences, LabDX, and quantum topics, with numerous technical seminars covering cutting-edge scientific advancements [13]. - The newly renamed "Exhibitor Seminars" will focus on new products, technologies, and methods, including drug discovery, battery material testing, PFAS, and laboratory automation [13]. International Participation - The exhibition will include 35 overseas exhibitors, with over 10 scientific instrument manufacturers from China participating, highlighting the event's role as a key gateway for the scientific instrument industry in China [14][18].

Core Viewpoint - Steel Research Nack has transitioned from reliance on imports to achieving autonomous control in ICP-OES technology over the past 40 years, significantly advancing China's high-end scientific instrument development [1][2][22]. Group 1: Historical Development - Steel Research Nack introduced the first ICP-OES in China 40 years ago, marking a new era in spectral analysis technology for the metallurgy industry [2][3]. - The company has developed a comprehensive product matrix for ICP-OES, including various models tailored for different applications, showcasing its commitment to independent research and development [2][4]. Group 2: Strategic Positioning - The company operates under a "triple identity" as a central enterprise under the State-owned Assets Supervision and Administration Commission, a publicly listed company, and a key player in the steel industry, which drives its technological breakthroughs [4][19]. - Steel Research Nack has shifted from being an "instrument user" to a "developer," addressing the challenges of high import costs and long delivery times by focusing on domestic innovation [4][7]. Group 3: Product Development - The company has achieved 100% domestic replacement of key components in ICP-OES, such as detectors and RF generators, ensuring instrument autonomy in critical fields [7][12]. - The development process emphasizes solving real user pain points, focusing on higher resolution, sensitivity, and stability, which has led to increased market acceptance and recommendations from users [12][14]. Group 4: Growth Logic - Despite economic pressures, Steel Research Nack has continued to achieve revenue and profit growth by innovating across various application fields, including rare earth and refractory metals [18][19]. - The company is expanding its service offerings to include automated laboratory solutions and customized online monitoring services, aligning with industrial smart and refined development needs [18][19]. Group 5: Industry Standards and Ecosystem - Steel Research Nack has played a significant role in standardization, leading to the development of nine standards since 2006, including an ISO standard, enhancing its influence in the industry [20][21]. - The company has established a comprehensive ecosystem around ICP-OES, including standard materials, capability verification, and metrology services, strengthening its competitive edge in the scientific instrument sector [20][21]. Group 6: Future Outlook - The company is committed to continuous innovation, transitioning its R&D model from reverse to forward development, focusing on core technical indicators to build a robust product system [19][24]. - The future of ICP-OES is seen as complementary to other technologies like ICP-MS and AAS, with a focus on maintaining its market position in routine elemental analysis [24].

Group 1 - The company reported a revenue of 1.295 billion yuan for H1 2025, a year-on-year decrease of 8.23%, and a net profit attributable to shareholders of -51 million yuan, a decline of 210.86% [1] - Revenue breakdown shows that instrument, related software, and consumables generated 896 million yuan, down 7.39%; operational services, testing services, and consulting services brought in 213 million yuan, down 11.83%; environmental equipment and engineering earned 135 million yuan, down 2.30%; and other businesses contributed 50 million yuan, down 20.51% [1] - The company maintained stable operating expenses, with sales expenses at 285 million yuan (sales expense ratio of 22.01%, up 2.38 percentage points), management expenses at 134 million yuan (management expense ratio of 10.35%, up 0.71 percentage points), R&D expenses at 203 million yuan (R&D expense ratio of 15.68%, up 0.23 percentage points), and financial expenses at 61 million yuan, a decrease of 20 million yuan due to reduced interest expenses from loan repayments [1] Group 2 - The company is a leading domestic high-end analytical instrument enterprise, continuously building a "4+X" multi-business layout, creating unique competitive barriers through the "technology platform × application field" multiplier effect [2] - Despite rapid growth in the domestic analytical instrument industry over the past decade, there remains a significant gap compared to leading countries like the US, Germany, and Japan, with the top 20 global listed analytical instrument companies being monopolized by Europe, the US, and Japan [2] - The company has been recognized as a "national manufacturing single champion enterprise" and possesses leading domestic mass spectrometry, chromatography, and spectroscopy technologies and product platforms, positioning itself to benefit from the urgent demand for domestic alternatives [2] Group 3 - Revenue forecasts for the company from 2025 to 2027 are 3.987 billion yuan, 4.506 billion yuan, and 4.951 billion yuan, with net profits of 252 million yuan, 399 million yuan, and 460 million yuan, corresponding to PE ratios of 38.10, 24.07, and 20.86 times, maintaining a "buy" rating for the company [3]