- GERSTEL
- Agitator/Inkubator
- Automated Liner Exchange (ALEX)
- Automated Tube Exchange (ATEX)
- Centrifugation
- Cooled Injection System (CIS)
- Cryogenic Trapping System CTS
- Disposable Pipette Extraction DPX
- Dynamic Headspace DHS
- Filtration
- Gas sampling system (GSS)
- GRAPHPACK technology
- MAESTRO-software
- Membrane Assisted Solvent Extraction MASE
- Microwave
- MPS Robotic / Robotic Pro
- MPS Workstation, for independent sample preparation.
- mVAP: Multi position evaporation station
- mVORX, Multi Vortex or Orbital Shaker
- Olfactory Detection Port ODP
- On-line SPE for LC: SPExos
- Preparative Fraction Collector PFC
- Pyrolysis for TDU, GERSTEL PYRO
- quickMIX
- Selectable 1D/2D-GC/MS
- Solid Phase Micro Extraction (SPME)
- Solvent Filling Station SFS
- Static Headspace (HS)
- Thermal Desorption System TDS
- TDS-A Autosampler for TDS
- Thermal Desorption Unit TDU
- Thermal Extractor TE
- Tube Conditioner TC
- Tube Standard Preparation System TSPS
- Twister/Stir Bar Sorptive Extraction SBSE
- Ultrasonic bath
- Weighing option
- Agilent
- Leco
- SYFT
- Alpha M.O.S.
- Markes
- The principle of thermal desorption
- Thermal Desorber – Unity xr
- Markes TD autosampler
- Automated canister analysis – CIA Advantage
- In-line air sampling – Air Server 3/8
- 24/7 monitoring with GC analysis – Series 2 TT24-7
- Micro-Chamber/Thermal Extractor
- TD tube conditioner, TC-20
- Sequential sampling of TD tubes – MTS 32
- OI Analytical
- Bruker-IonSense DART
- BioChromato
- Peak Scientific
- IonBench
- VUV Analytics
- References
- Pegasus HT-C
IonRocket
IonRocket is an add-on product for the IonSense DART device
The idea is, roughly speaking, that IonRocket heats the sample in a controlled manner, enabling the analysis of relatively non-volatile compounds.
IonRocket covers the temperature range from room temperature and up to conditions that come close to pyrolysis.
IonSense DART
In the DART ion source, a stream of helium is ionized in an electrical discharge.
Some of the helium atoms are excited electronically; the ions are sorted off and there is then a “beam” of excited helium atoms with a controllable temperature.
The sample is located immediately outside the entrance of the mass spectrometer’s spray chamber. When the excited helium atoms hit the sample, a cascade of reactions occurs, involving, inter alia, the water vapor naturally found in the air.
Hereby protonized water molecules (H3O + and clusters thereof) are formed which react with the sample by chemical ionization, i.e. typically by transfer of a proton to form M + 1 ions.
IonRocket
The IonRocket is a unit that can heat the sample before being exposed to the excitation with the excited helium atoms.
This makes it possible to analyze compounds that normally do not have sufficient volatility to be analyzed with DART.
This could be, for example, PET polymer or fatty acids from plant oils.
Brochures
Feel free to send us a message via the contact form and we will reply back as soon as possible.
Contact us on order@msconsult.dk
Or call our main number
+45 44 53 93 66
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