Thermo Scientific - Velos Pro Dual-Pressure Linear Ion Trap Mass Spectrometer
Manufactured by Thermo Scientific
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Analyze your most complex proteomics and bioanalytical samples using the Thermo Scientific™ Velos Pro ion trap...
Analyze your most complex proteomics and bioanalytical samples using the Thermo Scientific™ Velos Pro ion trap mass spectrometer, the companys fastest, most sensitive, highest capability ion trap mass spectrometer. The novel wide dynamic range detection system increases confidence when quantifying or identifying low-abundance compounds. The instrument offers Trap-HCD combined with CID, Thermo Scientific Pulsed-Q Dissociation (PQD™) and ETD, to help you solve difficult structural elucidation challenges. With robust ion optics, the Velos Pro ion trap mass spectrometer is also very reliable.
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Features of Velos Pro Dual-Pressure Linear Ion Trap Mass Spectrometer
Fast, Sensitive and Fully-Featured
- Wide dynamic range discrete dynode detection system provides up to six orders of linear quantification
- Trap-HCD with CID, PQD and ETD, produce abundant structural information for compound identification
- Wide dynamic range discrete dynode detection system provides up to six orders of linear quantification
- Unique dual-pressure linear ion trap increases sensitivity, scan speed and mass resolution
- Proprietary S-lens ion optics increase ion transmission and shorten trap fill time, improving instrument sensitivity and speed
- Generation II ion optics improve robustness, reducing downtime
- Predictive automatic gain control reduces cycle times, speeding analyses
Application-Specific Software to Speed Analyses
Thermo Scientific™ LCQuan™, Mass Frontier™, MetWorks™, Pinpoint™, ProteinCenter™, Proteome Discoverer™ and SIEVE™ software are available to speed data acquisition and analysis for specific applications.
Supports the Most Sophisticated Applications
- Characterization and identification of proteomics samples with maximum coverage using complementary dissociation techniques
- Relative protein quantification using isobaric labeling techniques
- Absolute protein quantification using AQUA peptides
- Identification and quantification of complex drug metabolism samples
General Specifications
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