Below is a list of currently available instrumentation at the platform divided into the four main categories. Click to expand menu.
• GC-MSD (Agilent 5975)
A simple quadrupole MS for routine analysis of target compounds that require moderate (ppt) sensitivity (liquid injections; ionization: EI, CI or ECNI).
• GC-TOF-HRMS (Leco GC-HRT)
An instrument with very high resolution, excellent mass accuracy (1 ppm) and good sensitivity (ppt) well suited for automated analyses and identification of unknowns (liquid injections or thermal desorption; ionization: EI and CI).
• GC×GC-QTOF-HRMS (Agilent 7250)
An instrument with very high peak capacity, high resolution, excellent mass accuracy (<2 ppm) and high sensitivity (ppq-ppt), and well suited for identification of unknowns (liquid injections; ionization: EI, CI and ECNI).
• LC-TSQ-MS/MS (Thermo Quantiva)
A state-of-the-art triple-quad MS with on-line SPE capabilities for routine target analysis at ppt-levels (liquid injections; ionization: ESI, HESI or APCI/PI).
• LC-IMS-MS/MS (Agilent 6560)
A very sensitive (ppt) instrument with high mass accuracy (1 ppm) and on-line SPE and 2D separation capabilities. It is well suited for suspect and non-target analysis as well as multi-residue target analysis (liquid injections; ionization: ESI or APCI).
• LC-ICP-tqMS (Agilent 8900 ICP-MS Triple Quad)
An LC-ICPMS for trace element analysis. LC compatible metal compounds can be determined down to fmol amounts.
• TD-GC-ICP-qMS (Agilent 7700 ICP-MS Quad)
A thermal desorption GC-ICP-MS system for trace metal compound analysis. GC compatible metal compounds can be determined down to fmol amounts.
• ICP-qMS (Agilent 7500a)
An ICP-MS for analysis of trace element compounds. GC compatible metal compounds can be determined down to fmol amounts.
- TR-MIMS (Thermo DELTA V Plus)
A Time-resolved membrane-inlet isotopic ratio mass spectrometer, used for assays of gaseous analytes . Its connectability to various membrane-inlet sample chambers enables time-resolved monitoring of gaseous products and their iso-topologues.
Producer |
Model |
MS type |
Chromatographya |
Ionizationb |
Analyzerc |
Resolution / mass accuracy |
Year |
Contact (090-786XXXX) |
| Agilent | 7700 | Atomic | GC | ICP | Q | 0.3 amu | 2009 | Erik Björn (5198) |
| Thermo | Delta V Plus | Isotope ratio | Time resolved MIMS | EI | Sector (B) | 9 collectors | Dmitry Shevela (5293) | |
| Agilent | 5975 | Molecular | GC | EI, | Q | unit mass | 2005 | Per Liljelind (9321) |
| Thermo | Quantiva | Molecular | LC, SPE-LC | ESI, APCI/PI | QQQ | 0.2 amu | 2015 | Richard Lindberg (5464) |
| Agilent | 7250 | Molecular | GC, GCxGC | EI, +CI, -CI | Q-TOF | 12,000 / 3 ppm | 2015 | Peter (6667) |
| aFront-end system | bIonization techniques | cAnalyzer type | ||||||
| GC: Gas Chromatography | AP: Athmosperic Pressure | |||||||
| GCxGC: 2D GC | CI: Chemical Ionization | |||||||
| Flash-GC: Rapid GC | EI: Electron Impact Ionization | |||||||
| LC: Liquid Chromatography | ESI: Electrospray Ionization | Q: Quadrupole | ||||||
| LCxLC: 2D LC | ICP: Inductively Coupled Plasma | TOF: Time-of-flight | ||||||
| SPE: Solid Phase Extraction | PI: Photo Ionization | |||||||
| MIMS: Membrane Inlet MS | ||||||||
Producer |
Model |
MS type |
Chromatographya |
Ionizationb |
Analyzerc |
Resolution / mass accuracy |
Year |
Contact (090-786XXXX) |
| Agilent | 7700 | Atomic | GC | ICP | Q | 0.3 amu | 2009 | Erik Björn (5198) |
| PE Sciex | ELAN 6600 | Atomic | LC | ICP | Q | 0.3 amu | Erik Björn (5198) | |
| PE Sciex | ELAN DRC-e | Atomic | LC | ICP | Q | 0.3 amu | Erik Björn (5198) | |
| Thermo | Delta V Plus | Isotope ratio | Time resolved MIMS | EI | Sector (B) | 9 collectors | Dmitry Shevela (5293) | |
| Agilent | 5975 | Molecular | GC | EI, +CI, -CI | Q | unit mass | 2005 | Per Liljelind (9321) |
| Leco | Pegasus 4D | Molecular | GC, GCxGC | EI | TOF | unit mass | 2002 | Peter Haglund (6667) |
| Leco | GC-HRT | Molecular | GC, flush-GC | EI, +CI | TOF | 50,000 / 1 ppm | 2012 | Peter Haglund (6667) |
| Waters | Autospec Ultima | Molecular | GC | EI, +CI, -CI | Sector (EBE) | 50,000 / 1-3 ppm | 2006 | Per Liljelind (9321) |
| Waters | Autospec Ultima | Molecular | GC | EI, +CI, -CI | Sector (EBE) | 50,000 / 1-3 ppm | Per Liljelind (9321) | |
|
Agilent |
6560 | Molecular | (SPE-)LC, LCxLC, GC | ESI, APCI | IMS-Q-TOF | 40000 / 1 ppm | 2015 | Peter Haglund (6667) |
| Thermo | Quantiva | Molecular | LC, SPE-LC | ESI, APCI/PI | QQQ | 0.2 amu | 2015 | Richard Lindberg (5464) |
| Thermo | LCQ Fleet | Molecular | LC | ESI, APCI/PI | QQQ | 0.3 amu | 2008 | Richard Lindberg (5464) |
| Thermo | Quantum Ultra | Molecular | LC, SPE-LC | ESI, APCI/PI | QQQ | 0.2 amu | 2007 | Richard Lindberg (5464) |
| Agilent | 7500a + 7200B | Atomic/Mol | GC, GCxGC | ICP | Quad | unit mass | 2000 | Erik/Peter (5198, 6667) |
| Agilent | 7500a + 7200B | Atomic/Mol | GC, GCxGC | EI, +CI, -CI | Q-TOF | 12,000 / 3 ppm | 2015 | Erik/Peter (5198, 6667) |
| aFront-end system | bIonization techniques | cAnalyzer type | ||||||
| GC: Gas Chromatography | AP: Athmosperic Pressure | B: Magnetic sector | ||||||
| GCxGC: 2D GC | CI: Chemical Ionization | E: Electrostatic sector | ||||||
| Flash-GC: Rapid GC | EI: Electron Impact Ionization | IMS: Ion mobility spectrometry | ||||||
| LC: Liquid Chromatography | ESI: Electrospray Ionization | Q: Quadrupole | ||||||
| LCxLC: 2D LC | ICP: Inductively Coupled Plasma | TOF: Time-of-flight | ||||||
| SPE: Solid Phase Extraction | PI: Photo Ionization | |||||||
| MIMS: Membrane Inlet MS | ||||||||
Producer |
Model |
MS type |
Chromatographya |
Ionizationb |
Analyzerc |
Resolution / mass accuracy |
Year |
Contact (090-786XXXX) |
| Agilent | 7700 | Atomic | GC | ICP | Q | 0.3 amu | 2009 | Erik Björn (5198) |
| PE Sciex | ELAN 6600 | Atomic | LC | ICP | Q | 0.3 amu | Erik Björn (5198) | |
| PE Sciex | ELAN DRC-e | Atomic | LC | ICP | Q | 0.3 amu | Erik Björn (5198) | |
| Thermo | Delta V Plus | Isotope ratio | Time resolved MIMS | EI | Sector (B) | 9 collectors | Dmitry Shevela (5293) | |
| Agilent | 5975 | Molecular | GC | EI, +CI, -CI | Q | unit mass | 2005 | Per Liljelind (9321) |
| Leco | Pegasus 4D | Molecular | GC, GCxGC | EI | TOF | unit mass | 2002 | Peter Haglund (6667) |
| Leco | GC-HRT | Molecular | GC, flush-GC | EI, +CI | TOF | 50,000 / 1 ppm | 2012 | Peter Haglund (6667) |
| Waters | Autospec Ultima | Molecular | GC | EI, +CI, -CI | Sector (EBE) | 50,000 / 1-3 ppm | 2006 | Per Liljelind (9321) |
| Waters | Autospec Ultima | Molecular | GC | EI, +CI, -CI | Sector (EBE) | 50,000 / 1-3 ppm | Per Liljelind (9321) | |
| Agilent | 6560 | Molecular | (SPE-)LC, LCxLC, GC | ESI, APCI | IMS-Q-TOF | 40000 / 1 ppm | 2015 | Peter Haglund (6667) |
| Thermo | Quantiva | Molecular | LC, SPE-LC | ESI, APCI/PI | QQQ | 0.2 amu | 2015 | Richard Lindberg (5464) |
| Thermo | LCQ Fleet | Molecular | LC | ESI, APCI/PI | QQQ | 0.3 amu | 2008 | Richard Lindberg (5464) |
| Thermo | Quantum Ultra | Molecular | LC, SPE-LC | ESI, APCI/PI | QQQ | 0.2 amu | 2007 | Richard Lindberg (5464) |
| Agilent | 7500a + 7200B | Atomic/Mol | GC, GCxGC | ICP | Quad | unit mass | 2000 | Erik/Peter (5198, 6667) |
| Agilent | 7500a + 7200B | Atomic/Mol | GC, GCxGC | EI, +CI, -CI | Q-TOF | 12,000 / 3 ppm | 2015 | Erik/Peter (5198, 6667) |
| aFront-end system | bIonization techniques | cAnalyzer type | ||||||
| GC: Gas Chromatography | AP: Athmosperic Pressure | B: Magnetic sector | ||||||
| GCxGC: 2D GC | CI: Chemical Ionization | E: Electrostatic sector | ||||||
| Flash-GC: Rapid GC | EI: Electron Impact Ionization | IMS: Ion mobility spectrometry | ||||||
| LC: Liquid Chromatography | ESI: Electrospray Ionization | Q: Quadrupole | ||||||
| LCxLC: 2D LC | ICP: Inductively Coupled Plasma | TOF: Time-of-flight | ||||||
| SPE: Solid Phase Extraction | PI: Photo Ionization | |||||||
| MIMS: Membrane Inlet MS | ||||||||