The Mass spectrometry labs in the Chemical Analysis Laboratory are housed on the ground floor of the Harbourne Building and Room G40 in the Chemistry Building at the University of Reading. The laboratories house the following instruments:
ThermoFisher Scientific Delta V Isotope Ratio Mass Spectrometer
The ThermoFisher Scientific Delta V Advantage is a stable Isotope Ratio MS. Samples can be introduced to the system via a Temperature Conversion Elemental Analyzer (TC/EA) with smart EA function...Read More >
ThermoFisher Scientific iCAP Q Inductively Coupled Plasma Mass Spectrometer
The iCAP Q mass spectrometer is an instrument routinely used for the qualitative or quantitative measurement of most elements of the periodic table from any number of analytes. The instrument...Read More >
IThermoFisher Scientific Trace Ultra Gas Chromatography /TQ 1100 Ion trap Mass Analyser
This instrument features a ThermoFisher Scientific Trace Ultra GCÂ coupled to a ThermoFisher Scientific ITQ1100 Ion trap Mass analyser. The system is fitted with a Triplus autosampler which can be equipped...Read More >
ThermoFisher Scientific Orbitrap XL
The Orbitrap mass spectrometer is a hybrid instrument that has two distinct mass analysers. The Orbitrap features a linear ion trap front end (the LTQ) that can effectively be run as...Read More >
Bruker Micro ToF QII
A quadrapole time of flight instrument that achieves high sensitivity and resolution for the analysis of small molecules and peptide/proteins. The micrOTOF Q II features the Bruker ion funnel source...Read More >
Bruker Ultraflex
A TOF/TOF MALDI instrument that is ideal for protein identification via peptide mass fingerprinting or for the analysis of polymers and advance materials. The instrument features Bruker's LIFT technology for...Read More >
Bruker HCT
The HCT LC-MSn is a high capacity ion trap (HCT) mass spectrometer that offers dramatically improved performance for proteomics, metabolite profiling and other demanding LC-MSn applications. The instrument features fast...Read More >