GC-MS/HRMS/MS/MS

This GC-MS is coupled to the AHIIA system throught the VAHIIA interface designed to provide the transfer of volatile organic compounds from the AHIIA system to the gas injection module of the GC-MS.

This GC-MS includes two split/splitless injectors connected to two gas injection loops. A cryogenic trap is placed in the owen to allow the cooling of a column section.

The ion trap mass spectrometer has an electron impact ionization or a chemical ionization.

A Triplus automatic injector providing multiple liquid injections and head space injection is available.

The GC is connected to a FID detector and to simple quadrupole mass spectrometer.

This GC-MS includes one split/splitless injector.

The mass spectrometer has an electron impact ionization.

This GC-MS is coupled to the MICMOC system throught the GORBI interface designed to provide the transfer of volatile organic compounds from the MICMOC system to the gas injection module of the GC.

This GC includes two split/splitless injectors. One injector is connected to two gas injection loops allowing a double injection of a same sample. The second injector is coupled to a AI1310 autosampler or to a FrontierLab pyrolyzer.

A cryogenic trap is placed in the owen to allow the cooling of a column section.

The ion trap mass spectrometer is an orbitrap technology providing a resolution of 60000 at 120 amu.

Electron impact or a chemical ionizations (CH4, NH3, CH4/NH3) are available.