Unstoppable GC-MS analysis
Routine laboratories working in food, environmental and forensic/toxicology analysis face a dynamic environment of changing regulatory requirements, lower detection levels, more compounds, less time, lower margins and increased competition. In short, the analytical systems need to be unstoppable,
your laboratory needs to be unstoppable.
The Thermo Scientific™ ISQ™ 7000 GC-MS system is a GC single quadrupole platform capable to boost laboratory efficiency and productivity through increased robustness combined with superior sensitivity to fulfill your most challenging analytical needs.
Developed to enhance the user experience in routine workflows, the ISQ 7000 GC-MS system is streamlined to ensure great data consistency over time while offering new automated instrument control tools for an unprecedented ease-ofuse and a quick learning process, as required in a high-throughput laboratory.
The innovative technology of the ISQ 7000 GC-MS system is uniquely designed to offer truly scalable performance that addresses increasingly challenging regulatory requirements and offers more value through futureproof investments.
Highly versatile configurations are tailored to satisfy your current and future analytical needs for truly unstoppable performance.
Standard installation and factory specifications* for the ISQ 7000 GC-MS system
| Ion Source/Concentration | He† | H2† |
|---|---|---|
| With AEI, 1 μL of 100 fg/μL OFN will produce the following minimum signal-to-noise (S/N) for m/z 272 when scanning 50–300 u | 300:1 | NA |
| With ExtractaBrite EI, 1 μL of 1 pg/μL OFN will produce the following minimum S/N for m/z 272 when scanning 50–300 u | 2,000:1 | 100:1 |
| In PCI mode, 1 μL of 100 pg/μL benzophenone will produce the following minimum S/N for m/z 183 when scanning 80–230 u using methane reagent gas | 300:1 | 300:1 |
| In NCI mode, 2 μL of 100 fg/μL OFN will produce the following minimum S/N for m/z 183 when scanning 50-300 u using methane reagent gas | 2,000:1 |
Product Information PDF
| Ion Source/Concentration | He† | H2† |
|---|---|---|
| With AEI, 1 μL of 100 fg/μL OFN will produce the following minimum signal-to-noise (S/N) for m/z 272 when scanning 50–300 u | 300:1 | NA |
| With ExtractaBrite EI, 1 μL of 1 pg/μL OFN will produce the following minimum S/N for m/z 272 when scanning 50–300 u | 2,000:1 | 100:1 |
| In PCI mode, 1 μL of 100 pg/μL benzophenone will produce the following minimum S/N for m/z 183 when scanning 80–230 u using methane reagent gas | 300:1 | 300:1 |
| In NCI mode, 2 μL of 100 fg/μL OFN will produce the following minimum S/N for m/z 183 when scanning 50-300 u using methane reagent gas | 2,000:1 |