Laboratory Equipment
Sample Preparation
Device name:FREESTYLE-Robotiksystem mit EVAporations-, GPC- und SPE-Modul
Description: Automatic sample preparation system (FREESTYLE robotics system) with modules for concentration (EVAporation), gel permeation chromatography (GPC) and solid phase extraction (SPE) as well as hardware and software for device operation.
The FREESTYLE robotics system can be used in residue analysis to prepare and clean sample extracts for chromatographic measurements. The system works automatically, it does not have to be constantly monitored and enables the combination of cleaning (GPC, SPE) and concentration steps (evaporation). Methods for each module or combined procedures can be created, saved and called up as required.
Measurement Devices
Mass spectrometer
Device name:LC-MS/MS System 4000 QTRAP
Description: Triple stage quadrupole/Ion Trap LC-MS/MS device for ESI/APCI measurements in positive and negative mode
The LC-MS/MS measuring system consists of a SCIEX Triple Quadrupole 4000 QTRAP mass spectrometer with IonDrive Turbo V source, that can be used either for electrospray ionization (ESI) or for chemical ionization at atmospheric pressure (APCI). The mass spectrometer is coupled to a Prominence UFLC XR HPLC system with an autosampler.
The Analyst® software is used for device control, development of measurement methods, data acquisition and processing. The MultiQuantTM software is used to identify and quantify the analytes in the samples.
The LC-MS/MS measuring system is used to identify and quantify the residues of pesticides and other relevant xenobiotics in various matrices [e.g. bees, plants, pollen, nectar, wax].
Device name:LC-MS/MS System QTRAP 6500+
Description: Triple stage quadrupole/Ion Trap LC-MS/MS device for ESI/APCI measurements in positive and negative mode
The LC-MS/MS measuring system consists of a SCIEX Triple Quadrupole QTRAP 6500+ mass spectrometer with an IonDriveTM Turbo V source that can be used either for electrospray ionization (ESI) or for chemical ionization at atmospheric pressure (APCI).
The mass spectrometer is coupled to a Nexera X2 HPLC system and an autosampler CTC HTS-xt.
The Analyst software is used for device control, development of measurement methods, data acquisition and processing. The MultiQuant software is used to identify and quantify the analytes in the samples.
The LC-MS/MS measuring system is used to identify and quantify pesticide residues in various matrices [e.g. bees, plants, pollen, nectar, wax].
Device name:GC-MS/MS System TSQ 8000 Evo
Description: Triple stage quadrupole GC-MS/MS device for EI, NICI and PICI measurements
The GC-MS/MS device consists of a TSQ 8000 Evo mass spectrometer with Trace 1310 GC, split/splitless injector and TriPLus RSH autosampler.
Chromeleon 7.2.10 ES is used as control and evaluation software.
The GC-MS/MS measuring system is used to identify and quantify the residues of pesticides and other relevant xenobiotics in various matrices [e.g. bees, plants, pollen, nectar, wax].
Device name:GC-MS System ISQ 7000
Description: Single stage quadrupole GC-MS device for EI, NICI and PICI measurements
The GC-MS device consists of an ISQ 7000 mass spectrometer with Trace 1310 GC, split/splitless injector and TriPLus RSH autosampler.
Chromeleon 7.2.10 is used as control and evaluation software.
The GC-MS measuring system is used to identify and quantify the residues of pesticides and other relevant xenobiotics in various matrices [e.g. bees, plants, pollen, nectar, wax].
