The Thermo Scientific ISQ GC-MS features a new source design ideal for continuous high-throughput operation. The vacuum interlock enables source removal without venting the system for nonstop productivity.
Product Detail
The ISQ™ GC-MS incorporates a new source design that lets your system stay cleaner, longer. With heat throughout the ion optics and a stable manifold temperature, the ISQ can analyze more dirty samples per day, with maximum uptime. When the instrument eventually does require cleaning, the ExtractaBrite™ ion source can be fully removed - including all of the lenses and the repeller - through the front vacuum interlock, without venting the system.
For use with today's high-performance gas chromatographs.
Sequential Full Scan/SIM for confirmation and screening in the same analysis.
ExtractaBrite source for analytical robustness and flexibility and vacuum interlock for Full-Source Removal without venting
Mass range from 1.2-1100 amu
S-Shaped Ion Guide for noise reduction
Data acquisition rates to match fast chromatography
Sequential full scan/SIM for qualitative and quantitative analysis in a single injection•Intelligent dual filament control for reliable operation
QuanLab Forms layered application software for easy acquisition, review and reporting of general GC-MS data
Chemical ionization, including PCI for molecular weight confirmation, NCI for enhanced selectivityand sensitivity, with PPINICI standard for alternating PCI and NCI scans in a single injection.
Choice of gas chromatographs to match GC performance to the analytical needs of your lab
DEP/DIP direct sample probes for sample analysis without separation
Range of injection port options all with available large-volume capabilities for enhanced sensitivity and reduced sample preparation needs
EnviroLab Forms and ToxLab Forms for workflow oriented data acquisition, review and reporting according to specific market needs
Liquid and headspace autosampler options
Compatible with additional sample introduction techniques, such as thermal desorption, purge and trap and solid phase microextraction
1 無 of 1 pg/無 octafluoronaphthalene (OFN) will give 450:1 S/N at m/z 272
Positive Chemical Ionization Signal-to-Noise :
1 無 of 100 pg/無 benzophenone will give 300:1 RMS S/N at m/z 183
Negative Chemical Ionization Signal-to-Noise :
2 無 of 100 fg/無 octafluoronaphthalene (OFN) will give 600:1 S/N at m/z
272
Mass Range :
1.2 - 1100 amu
Scan Rate :
Up to 11,111 amu/sec
Scan Modes :
Electron Ionization (EI), with full scan, SIM, and sequential full scan/SIM; optional: Chemical ionization, including PCI, NCI, PPINICI? and EI/CI Combination