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In late May, Beijing BIIC Intelligent Technology showcased its HMS 7600 Series High-Resolution LC-MS/MS System, HMS 7010 Series Triple Quadrupole GC-MS/MS System, and HMS 7500 Series Triple Quadrupole LC-MS/MS System at both the 4th National Academic Symposium on Mass Spectrometry (hosted by the Chinese Chemical Society) and the 64th China Higher Education Expo. The company demonstrated the innovative achievements and application capabilities of domestically developed mass spectrometry technologies.

When it comes to atomic emission spectrometers, most people immediately think of ICP-AES or perhaps spark direct-reading spectrometers. Few mention arc emission spectrometers. Yet, as a veteran member of the atomic emission spectrometer family, this technology has made significant contributions over the past decades to the qualitative and quantitative analysis of inorganic elements in fields such as geological exploration, non-ferrous metals, and materials science.

In the analysis of various petroleum fraction products in the petrochemical industry, boiling range distribution is a key indicator for measuring product quality and guiding process control. While traditional distillation methods are intuitive, they suffer from long duration, high sample consumption, and poor repeatability, making them inadequate for modern industrial rapid detection needs.

HJ 1453-2026 "Water Quality - Determination of Cu, Pb, Cd, Ni and Cr - Graphite Furnace Atomic Absorption Spectrophotometry" has been officially released as an important basis for the detection of heavy metals in water quality and will take effect on May 1, 2026. This standard provides authoritative and reliable technical specifications for the determination of these five key heavy metal elements in surface water, groundwater, domestic sewage and industrial wastewater. In the face of stricter supervision and higher standard detection needs, graphite furnace atomic absorption spectrophotometry will become an important support means for water quality heavy metal monitoring with its high sensitivity, low detection limit and mature and stable characteristics.

From April 16 to 18, the 2025 Safety and Emergency Equipment Industry Application Casebook was officially released at the "Safety and Emergency Industry Ecosystem Development Forum" held at the Hangzhou International Exhibition Center. Following a rigorous selection process by expert panels reviewing hundreds of submitted cases, BFRL stood out with its "Portable Hazardous Chemicals Detector (HandFR 10 portable Fourier transform infrared and Raman spectrometer)" and was successfully selected into the 2025 Safety and Emergency Equipment Industry Application Casebook.

On March 27, 2026, the SEMICON CHINA 2026 has concluded successfully at the Shanghai New International Expo Centre (SNIEC). BWVAC has made its appearance at the expo with core vacuum products and customized solutions. With over 20 years of intensive development, mature and stable technologies, and professional and thoughtful services, we have gained extensive industrial attention, achieved fruitful results and a successful conclusion to the expo.

Cadmium (Cd), a highly toxic heavy metal with high mobility, non-biodegradability, and bioaccumulation, poses a significant threat to agricultural production and public health in China as it can enter the human body through the food chain from contaminated soil. Traditional methods for detecting cadmium in soil and sediment, such as GB/T 17140 and GB/T 17141, are gradually becoming outdated in terms of sensitivity, accuracy, and automation, and are scheduled for repeal. While the current standard HJ 803-2016 can accurately detect cadmium, it still relies on complex acid digestion for sample pretreatment, which is time-consuming, labor-intensive, reagent-heavy, and prone to introducing errors or sample loss.

In March 2026, BIIC-Tech launched its flagship official store on Alibaba.com, marking a significant milestone in the company's global digital trade strategy. This strategic move deepens BIIC-Tech's internationalization efforts and serves as a crucial step in bringing high-quality, domestically developed, high-end scientific instruments to the world stage.

The worldwide photonics field keeps growing steadily, since tools like laser setups, light analysis, medical gear, and vision machines change quickly. At the heart of such changes stands a basic part that shapes light work without much notice: the optical filter. It handles exact light picking and signal boosting, and thus stays vital in current light systems.

In vitro diagnostics has advanced well past basic lab tests. Today's diagnostic tools depend on exact optical detection techniques to spot biomarkers, germs, and genetic markers quickly and correctly. For instance, fluorescence immunoassays and molecular diagnostics both center on optical parts.