6560 Ion Mobility Q-TOF LC/MS
The NEW Agilent 6560C ion mobility Q-TOF LC/MS system delivers unrivaled separation and selectivity by combining chromatography, ion mobility, and mass spectrometry. The 6560C Q-TOF LC/MS can even uncover structural information that cannot be seen with traditional LC/MS systems, including separation of in-class isomers via high-resolution demultiplexing (HRdm).
Reproducible and excellent results
Metabolomics, proteomics
Excellent workflow for metabolomics and proteomics workbench
Review Date: 12 Jun 2023 | Agilent Technologies
The NEW Agilent 6560C ion mobility Q-TOF LC/MS system delivers unrivaled separation and selectivity by combining chromatography, ion mobility, and mass spectrometry. The 6560C Q-TOF LC/MS can even uncover structural information that cannot be seen with traditional LC/MS systems, including separation of in-class isomers via high-resolution demultiplexing (HRdm).
The system features innovative electrodynamic ion funnel technology to dramatically improve sensitivity while maintaining an attractive low field drift tube design. This allows you to directly measure accurate collision cross sections (CCS) and preserve labile targets. Whether you are looking to create a more comprehensive profile of metabolomics samples, characterize complex polymeric mixtures, or understand structural changes in biomolecules, ion mobility mass spectrometry provides access to new information.
Features:
- Greater numbers of trace level components detected in complex matrices
- Better separation of lipids and glycans
- Direct determination of accurate collision cross section measurements
- In-depth characterization of structural conformations and isomeric compounds
- Preservation of structural fidelity of labile molecules in gas phase
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