Thermo Scientific - Thermo Scientific TSQ™ 8000 Evo Triple Quadrupole GC-MS/MS
Take a major step up in productivity and performance with the Thermo Scientific™ TSQ™ 8000 Evo Triple Quadrupole GC-MS/MS.
Active Questions & AnswersAsk a Question
Recent Questions & Answers
GC-Tandem MS Service ProvidersView All (1)
Documents & ManualsView All Documents
Features of Thermo Scientific TSQ™ 8000 Evo Triple Quadrupole GC-MS/MS
Productivity and Performance from EvoCell Technology
- Triples SRM transition rates without compromising sensitivity in company-run experiments
- Enables up to three times the sensitivity at the same scan speed in company-run experiments
- Schedules several thousand unique transitions in a single run while maintaining good sensitivity
- Has the ability to screen and quantify more than 1,000 compounds in a single run
Accessible Power with Enhanced SRM Software
- Simplifies automated method development and management and the development of SRM experiments using enhanced AutoSRM software
- Optimizes SRM scheduling for higher productivity using Timed-SRM software
More Uptime with ExtractaBrite Ion Source
- High matrix tolerance to minimize sample preparation and cleaning
- Can be removed for maintenance without breaking vacuum to further enhance uptime
General Specifications
There are no General Specifications available.
Additional Specifications
Standard Installation Specifications - Electron Ionization SRM 1ΜL of 100fg/ΜL octafluoronaphthalene (OFN) will produce the following minimum signal-to-noise for the transition from m/z 272 to m/z 222: 12,000:1
Standard Installation Specifications - Positive Ion Chemical Ionization SRM 1ΜL of 5pg/ΜL benzophenone (BZP) will produce the following minimum signal-to-noise for the transition from m/z 183 to m/z 105: 2500:1
Reference Specifications - Electron Ionization Full Scan 1ΜL of 1pg/ΜL OFN will produce the following minimum signal-to-noise for m/z 272 when scanning from 50–300 u:1,500:1
Reference Specifications - Positive Ion Chemical Ionization SRM 1ΜL of 100fg/ΜL BZP-D10 will produce the following minimum signal-to-noise for the transition from m/z 193 to m/z 110:200:1
Reference Specifications - Negative Ion Chemical Ionization Full Scan 1ΜL of 1pg/ΜL OFN will produce the following minimum signal-to-noise for m/z 272: 10,000:1
Reference Specifications - Negative Ion Chemical Ionization SIM 1ΜL of 100fg/ΜL OFN will produce the following minimum signal-to-noise for m/z 272: 4,000:1