サーモフィッシャーサイエンティフィック株式会社／Thermo Fisher Scientific K.K. Product Lineup

The Thermo Scientific MAX-iR FTIR gas analyzer is a high-sensitivity FTIR analysis device specifically developed for process gas measurement. It is designed for optimal real-time gas monitoring in the field, suitable for inline processes, gas purity and certification, exhaust gas testing, and environmental air monitoring. The MAX-iR achieves extremely high sensitivity levels from a few ppb to several tens of ppt while retaining the advantages of FTIR by incorporating Thermo Scientific's StarBoost optical enhancement technology. Its unique optical design eliminates the need for liquid nitrogen cooling, significantly reducing installation and operational burdens while enabling high-sensitivity and high-stability measurements. Additionally, it maintains long-term stable measurements with built-in sensors that automatically perform temperature and pressure corrections, along with a robust design that is resistant to vibrations and environmental fluctuations. It is an ideal solution for continuous measurement and quality control on process lines without the need for calibration. Compared to traditional analytical devices like GC and MS, the MAX-iR offers low operational costs, easy maintenance, and high reliability, proposing a new standard for FTIR gas analysis that meets stringent analytical requirements.

The Thermo Scientific Antaris IGS gas analyzer is a highly flexible device that accommodates a variety of gas applications. Developed based on customer feedback to address specific gas analysis needs, this multi-component gas analyzer inherits the performance of research-grade FT-IR and can be used in plant and process environments.

The Thermo Scientific MarqMetrix Process Raman Analyzer is a compact, portable Raman spectrometer. This all-in-one system is designed to achieve high productivity through rapid analysis results, ease of use, and scalability. What the MarqMetrix Process Raman Analyzer can offer: • Analysis without sample preparation, real-time acquisition of Raman spectra • Simple setup and measurement that do not require experts • Non-destructive workflow that does not compromise valuable samples • Minimization of sample contamination • Flexible use due to small footprint • Ensured hardware stability and portability with calibrated equipment

The Thermo Scientific Prima PRO 710 Process Mass Spectrometer is a gas analysis solution that combines high reliability, accuracy, and versatility, making it suitable for advanced process control in various industrial fields. It performs the work of 10 gas chromatographs in one unit, ensuring compliance and process optimization through rapid and efficient analysis. • Rapid high-speed multi-stream sampler (RMS) with up to 127 measurement points • Touchscreen user interface with ease of use and advanced diagnostic features • Excellent analytical precision, accuracy, and stability • Ideal for high-speed analysis in process control

The APIX δQ and APIX Quattro gas analyzers utilize atmospheric pressure ionization mass spectrometry (API-MS) to connect to one or multiple ultra-high purity (UHP) gas pipelines, enabling immediate and continuous analysis. In the API-MS technology, sample gases are ionized in a reaction chamber maintained at atmospheric pressure, and both positive and negative ions are detected with high precision by the mass spectrometer. This process maximizes ionization efficiency while reducing background noise, resulting in exceptionally high detection sensitivity. This system can identify trace impurities at levels of 10 to 50 ppt, making it ideal for continuous monitoring of UHP gases in fields that require stringent quality control, such as semiconductor manufacturing. Additionally, it offers superior flexibility compared to chromatography, allowing for the immediate measurement of a wide variety of impurities, including moisture, oxygen, carbon dioxide, carbon monoxide, and methane.

This is an FTIR gas analysis system that automates quality control of CO₂ for beverages. - Simultaneous online measurement of absolute purity and trace impurities of beverage-grade CO₂ - Achieves high-sensitivity analysis at the ppb level through FTIR (Fourier Transform Infrared Spectroscopy) - Eliminates the need for wet analysis methods such as the Zahm-Nagel method, contributing to labor-saving and speed - Supports quality control in compliance with ISBT and EIGA requirements - Automatically switches between up to 10 sample lines, enabling continuous monitoring at multiple points - Converts total reducible sulfur to SO₂ for high-precision measurement - Centralized management of analysis, reporting, and CoA issuance through MAX-Analytical software

This is a handheld OGI camera that visualizes gas leaks in real-time and supports rapid maintenance and safety management. - Non-contact visualization of gas leaks using optical gas imaging (OGI) - Detection of methane (CH₄), CO₂, CO, carbon monoxide, and over 400 types of VOCs - Measurement of VOCs, methane, and CO₂ with a single unit using interchangeable filters - Quantitative analysis of gas leak amounts in conjunction with EyeCSite software - Can also be used as a thermal imaging camera with temperature measurement functionality - Efficient management of field data with built-in Wi-Fi, Bluetooth, and GPS - Streamlining of LDAR (leak detection and repair) programs and equipment maintenance tasks