Thermo Scientific ITQ 1100? GC/MSn

The Thermo Scientific ITQ 1100 GC/MSⁿ  is ideal for laboratories seeking a powerful and flexible GC/MS platform. Unmatched full scan sensitivity, extended mass range, and standard MSⁿ (MS/MS, n< 5) make the ITQ 1100 the ideal choice for R&D laboratories, food safety analyses, and environmental and toxicology applications. The ITQ 1100 also features new MSⁿ scan features that make this powerful technique easier to implement, with richer data for structural elucidation or confirmations.

• Routinely test for compounds that cannot typically be detected using other GC/MS techniques, even in matrix.
• Simultaneously acquire full scan and MSⁿ data in a single acquisition.
• Restore the performance of your ITQ 1100 in minutes, without venting, by simply changing ion volumes using the standard vacuum probe interlock.

ITQ 1100 GC/MSⁿ Highlights

• NEW Advanced Scan Functions for MSⁿ Experiments: The ITQ 1100 comes standard with two advanced scan functions, both available for the first time with the ITQ Series - ACE (Automated Collision Energy) and PQD (Pulsed Q Dissociation Mode). The advantages of MSⁿ are more readily achieved using these features - methods are easier to optimize and data quality is improved.
• External Ionization Ion Source:  Independent temperature control from 125 to 300^oC provides stable operation and enhanced chromatographic performance. Spectral integrity is enhanced when ionization occurs outside of the ion trap and the system stays cleaner longer, for improved uptime and longer periods between cleaning.
• Data Dependent™ Scanning: Data Dependent scanning helps facilitate MSⁿ experiments by allowing MS/MS methods to be written without knowing in advance what specific precursor ions may be found during an analysis. Both library-searchable full-scan MS spectra and structural MSⁿ data are available.

TRACE GC Ultra Gas Chromatograph - Ultra in Performance, Usability, and Versatility

The Thermo Scientific TRACE GC Ultra  gas chromatograph offers a full range of injector options, allowing you to match the injection technique to the sample and target compound characteristics. This ensures greatest reproducibility, sensitivity and reliability for routine operations. Select from two available injector positions and the following injector options:

A full complement of traditional GC detectors is also available for the TRACE GC Ultra, enabling the use of screening and GC/MS confirmations on the same instrument. Detector options include Flame Ionization Detector (FID), Electron Capture Detector (ECD), Photoionization Detector (PID), Thermal Conductivity Detector (TCD), Nitrogen Phosphorous Detector (NPD), Flame Photometric Detector (FPD), Pulsed Discharge Helium Ionization Detector (PDD) - also available in tandem with ECD.