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Chromatography×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. - List of Manufacturers, Suppliers, Companies and Products

Chromatography Product List

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Gas Chromatograph "Trace 1600 Series GC"

Gas Chromatograph "Trace 1600 Series GC"

Flexible configuration and simple controls that meet customer analysis needs.

If your customer's GC is only operating intermittently, they are losing the profits that could have been generated by continuous operation. The Thermo Scientific TRACE 1600 series gas chromatograph (GC) was developed with time and space efficiency in mind. Our patented modular design features plug-and-play injectors and detectors, enabling offline maintenance and allowing for easy changes to different configurations with a single GC, thereby enhancing productivity. When combined with the Thermo Scientific AI/AS 1610 liquid autosampler, this system enables simple and reliable automatic sample injection, meeting a wide range of sample throughput demands. Additionally, the optional He-Saver H2-Safer module addresses helium shortages, significantly reducing helium consumption. *For more details, please refer to the PDF document or feel free to contact us.*

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  • Analytical Equipment and Devices

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Ion Chromatograph "Dionex Inuvion"

Ion Chromatograph "Dionex Inuvion"

Flexible and highly reliable ion chromatography.

Features of the Thermo Scientific Dionex Inuvion IC System • Compact and stylish design • Smart design focused on functionality allows for maintenance without special tools • Advanced high-performance pump technology and electronics reduce analysis time and improve result quality • Highly flexible, multipurpose platform allows for system configurations tailored to current needs and budget, with future upgrade options • Device control and analysis through Chromeleon software *For more details, please refer to the PDF document or feel free to contact us.*

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  • Analytical Equipment and Devices

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Liquid Chromatograph 'Vanquish Neo UHPLC'

Liquid Chromatograph 'Vanquish Neo UHPLC'

All-in-one nano, capillary, and microflow LC! Achieve high-sensitivity LC-MS analysis with outstanding ease of use. *Technical materials available!

The "Vanquish Neo UHPLC System" is an all-in-one low-flow UHPLC system that delivers excellent performance at nano, capillary, and microflow rates without any hardware modifications. With a high-pressure design of 1,500 bar and an ultra-low gradient delay volume (GDV), it establishes a new standard for low-flow LC, maximizing the number of identifications in proteomics and enabling high-throughput, high-sensitivity analysis. Through an intuitively operable user interface, remote control, system status monitoring, self-checks, and guided maintenance tutorials, high-quality results can be obtained even by those who are not experts in analysis. 【Features】 ■ Supports flow rates from nano to 100 μL/min without hardware modifications ■ Vial bottom detection function allows for injection of small sample volumes ■ Improved quantitation performance due to excellent injection volume linearity and precision ■ High sample throughput achieved with high-pressure design and ultra-low GDV ■ Enhanced usability with a visually operable user interface *For more details, please refer to the PDF materials or feel free to contact us.

  • Analytical Equipment and Devices

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[HPLC Case Study] Analysis of Dairy Beverages by Automatic Derivatization of Amino Acids

[HPLC Case Study] Analysis of Dairy Beverages by Automatic Derivatization of Amino Acids

High-precision and convenient automatic quantitative analysis of amino acids using the custom injection program function of an autosampler.

Many amino acids do not absorb ultraviolet (UV) light, making it difficult to improve sensitivity and selectivity with conventional analytical methods, which are also complicated and lack stability. This technical document introduces a case where a custom injection program feature in the auto-sampler of the Thermo Scientific Vanquish Core HPLC system was utilized to derivatize 20 types of amino acids simultaneously using a pre-column derivatization method for simultaneous analysis. This system enables highly accurate quantitative analysis as it is not affected by the degradation after the derivatization reaction. Validation using commercially available beverages showed that selective quantification was possible even in complex sample matrices such as food. 【Features】 ■ Simultaneous derivatization and analysis of 20 types of amino acids ■ High-precision quantitative analysis achieved through pre-column derivatization ■ Provides good linearity and high reproducibility ■ Selective detection even in complex sample matrices ■ Automation by the auto-sampler avoids human error and improves work efficiency

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  • Analytical Equipment and Devices

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[HPLC Case Study] Analysis of Organic Acids in Beverages Using Post-Column Analysis Method

[HPLC Case Study] Analysis of Organic Acids in Beverages Using Post-Column Analysis Method

Accurate quantification of organic acids in beverages! Introduction to the performance and convenient features of a post-column HPLC system suitable for routine analysis.

This technical document introduces a post-column analysis system for accurately quantifying organic acids in various beverages. The analysis column uses ion exclusion mode, and by adding BTB solution post-column, it separates and detects ten types of organic acids with good reproducibility. The e-workflow feature, which supports operations in routine analysis, is a significant advantage as it fully automates the process from device startup to measurement and report generation. The HPLC system features a compact design that incorporates a dual pump with two pumps in one module for analysis and post-column solution delivery. Additionally, even in the event of an error, the automatic switching of valves prevents the post-column reaction solution from backflowing into the analysis column, allowing for safe adoption in routine analysis. 【Features】 ■ Accurate quantification of ten types of organic acids with good reproducibility of less than 1% ■ Separation of organic acids using ion exclusion mode columns, allowing measurement without matrix effects ■ Detection limits for organic acids in this method range from a few to 7 μg/mL ■ Automation of the process from device startup to report generation with the e-workflow feature ■ Ensured safety with automatic valve switching in case of errors

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  • Analytical Equipment and Devices

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[Case Study] Analysis of Additives in Nickel Sulfate Plating Solution by HPLC

[Case Study] Analysis of Additives in Nickel Sulfate Plating Solution by HPLC

HPLC method achieving high-sensitivity quantitative analysis without complex preprocessing: Introducing quantitative know-how for quality control.

In the quality control of plating solutions, the quantification of additives is an important factor. In particular, the quantification of sulfur-containing compounds that contribute to film quality adjustment and prevention of liquid decomposition is essential. This document provides accurate and highly reproducible analytical results using a method that does not require complex pretreatment. For the HPLC measurement conditions, an ion-pair reagent was added to the mobile phase, and an injection method was adopted to reduce the influence of sample impurities. As a result, sharp peaks can be obtained without being affected by metals and inorganic ions. Additionally, by comparing the chromatograms of the standard solution and the plating solution sample, it can be confirmed that the concentration of additives is maintained consistently. Furthermore, as an evaluation of reproducibility, the same sample was measured five times, demonstrating high reproducibility. 【Features】 ■ High-sensitivity quantitative analysis without complex pretreatment ■ High reproducibility using ion-pair reagents ■ Injection method that reduces the influence of metals and inorganic ions ■ Accurate quantification through comparison of standard solutions and actual samples ■ Highly reproducible analytical results

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  • Analytical Equipment and Devices

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