Single Quadrupole GC-MS: a cutting-edge technology for the analysis of volatile compounds

Accurate analysis of chemical compounds is essential in many fields, from academic research to industrial quality control. Among the most effective technologies for studying volatile and semi-volatile compounds, Single Quadrupole GC-MS stands out for its sensitivity, precision, and versatility.

Thanks to the combination of gas chromatography (GC) and mass spectrometry (MS), this analytical platform makes it possible to efficiently separate, identify and quantify compounds present in samples that are sometimes very complex.

An advanced analytical platform

The ISQ 7610 Single Quadrupole MS system, coupled with the Thermo Scientific TRACE 1610 GC 120V gas chromatograph, the TRACE 1300 SSL injection module and the TriPlus RSH SMART autosampler, constitutes a complete solution for high-precision chemical analysis.

This configuration enables efficient separation of compounds by gas chromatography, followed by precise detection and identification using quadrupole mass spectrometry. The integration of an advanced automation system also optimizes workflow, improves analytical reproducibility, and reduces manual intervention.

The main advantages of GC-MS

Efficient separation of volatile compounds

Gas chromatography allows the separation of compounds based on their volatility and thermal stability. This approach is particularly well-suited to relatively volatile molecules, enabling excellent chromatographic resolution and clear separation of structurally very similar compounds.

High sensitivity

Mass spectrometry offers extremely sensitive detection capabilities , enabling the identification and quantification of very low concentrations of compounds in complex matrices. This characteristic is particularly valuable for trace analysis and studies requiring high analytical precision.

Reliable identification of compounds

The combination of gas chromatography and mass spectrometry provides increased selectivity and specificity . Each compound has a unique fragmentation spectrum, which allows its identity to be confirmed in addition to its chromatographic retention time.

Optimized analysis times

Compared to some other analytical techniques, GC-MS analyses are generally faster , thanks to the rapid volatilization and separation of compounds in the gas phase. This allows for optimized analytical productivity and the processing of a larger number of samples.

A technology serving many sectors

The versatility of GC-MS makes it an indispensable tool in many scientific and industrial fields. It is notably used for:

• environmental analysis

• food safety and quality

• toxicology

• pharmacology

• industrial research and development

• food and beverage analysis

Its ability to analyze a wide range of volatile and semi-volatile compounds makes it a reference technology for many analytical applications.

Access to equipment

The Single Quadrupole GC-MS is available for one day of use (8 hours) at the following rates:

• $161.09 – internal members

• $185.26 – external members

• $209.42 – non-members

This access allows research teams, companies and organizations to benefit from a high-performance analytical infrastructure to support their scientific, technological and i ndustrial projects.

Book a session !