Volatilomics Platform
Advanced capabilities for rapid, high-resolution separation and analysis of volatile and semi-volatile compounds
This platform offers advanced capabilities for the rapid, high-resolution separation and analysis of complex mixtures of volatile and semi-volatile compounds. Precise temperature control and fast heating and cooling cycles ensure efficient and reproducible separations, even for analytes with close boiling points.
Key Capabilities
Advanced Elemental Analysis
The platform also features advanced elemental analysis capabilities for simultaneous measurement of carbon, hydrogen, nitrogen, sulfur, and oxygen, delivering precise and rapid results suitable for high-throughput Analysis.
Gas Chromatography–Mass Spectrometry System
The integrated GC–MS single quadrupole system is applied for targeted analysis and routine screening in complex matrices, including environmental, plant emissions, and biological sectors, offering high sensitivity, reproducibility, and compatibility with established mass spectral libraries for reliable compound identification.
Integrated Trace and Residue Analysis Systems
The integrated GC–MS triple quadrupole system is applied for targeted trace-level and residue analysis in complex matrices, including environmental, plant emissions, and biological sectors, offering exceptional sensitivity, selectivity, and reproducibility for accurate quantification of low-level compounds.
Integrated High Resolution Mass Spectrometry Systems
Its integrated mass spectrometry systems allow both targeted and non-targeted screening, facilitating the identification of pesticides, contaminants, and pollutants in complex matrices such as biological, environmental, and food samples.
GC–FID Analysis Platform
The integrated GC–FID system is applied for routine targeted analysis and quantification in complex matrices, including environmental, plant emissions, and biological sectors, offering high sensitivity, robustness, and reproducibility for accurate measurement of organic compounds.
Automated Extraction Systems
The integrated Extreva ASE system is applied for automated extraction and sample preparation in complex matrices, including environmental, plants, and food sectors, offering high efficiency, reproducibility, and consistent recovery for reliable downstream analysis.