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The HMS Series Emerging Contaminants LC–MS/MS Method Package enables high-throughput screening and targeted quantification of at least 500 emerging contaminants in a single injection using the HMS Series Triple Quadrupole LC–MS/MS System.

Many people working in gas chromatography analysis have perfected their method, column, and temperature parameters, yet their data is still inaccurate, peaks fail to appear, or sensitivity is insufficient.

In the previous article, we introduced the two most common detectors in gas chromatography instruments — the FID flame ionization detector and the TCD thermal conductivity detector. These two are also the most versatile and busiest members of the gas chromatography detector family. They can be found in laboratories across industries such as petrochemicals and energy, environmental protection and monitoring, pharmaceuticals and food safety, semiconductors and industrial gases, and universities and scientific research.

Infrared spectroscopy is the process in which molecules selectively absorb certain wavelengths of infrared light, causing transitions in vibrational and rotational energy levels within molecules. By detecting the absorption of infrared rays, the infrared absorption spectrum of a substance can be obtained, also known as molecular vibration spectroscopy or oscillation-switching spectroscopy.

In the field of infrared spectroscopy characterization of polymer films, functional coatings, and flexible electronic materials, traditional transmission methods have long been regarded as the preferred solution for obtaining high-signal intensity spectra. However, with the widespread application of new materials such as multilayer composite films, high-transmittance ultrathin films, and opaque functional films, the inherent limitations of transmission methods have gradually become apparent.

The AES-8000 full spectrum AC/DC arc emission spectrometer from BFRL has an "intelligent combination" for multi spectral line joint analysis, which solves the pain points of full range measurement with one click, making emission spectrum analysis more efficient and accurate.

To deepen collaborative innovation among industry, academia, and research, and to fulfill the enterprise's responsibility in nurturing talent through scientific innovation, BIIC's open industry frontline practice platform welcomed a faculty and student team from the Institute of Pharmaceutical Biotechnology, Peking Union Medical College, for a study tour. Relying on its proprietary high-end mass spectrometry core technology, the company offers university faculty and students an immersive, professional biopharmaceutical testing technology industry practice classroom, helping to break down the key barriers between theoretical teaching and cutting-edge industry practice.

July 14, 2026 – As a key series event of the Zhongguancun Forum, the 2026 Autonomous Lab Conference was held at the Zhongguancun International Technology Transfer Center. As one of the three parallel symposiums of this major conference, the Instrumentation Foundation Forum, hosted by Beijing Instrument Industry Group Co., Ltd., saw its core business platform Beijing BIIC Intelligent Technology Co., Ltd. (BIIC Tech) —participate with a range of self-developed domestic scientific instruments, showcasing its innovations and practical application achievements.

Yekaterinburg, Russia – July 2026 – Beijing BIIC Intelligent Technology Co., Ltd. (BIIC-Tech), a leading force in China's instrumentation industry, is pleased to announce its participation in INNOPROM 2026, the main industrial exhibition of Russia. From July 6–9, 2026, we will welcome industry professionals and partners to our booth, No. 4S90, in Hall 4 of the Ekaterinburg-EXPO International Exhibition Center.

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.