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ISQ 7610 GC-MS highlights
Unstoppable confidence in quantitative performance
Delivers femtogram-level sensitivity so you consistently meet required detection limits as you run samples, whether you run in SIM mode or Full Scan. The ISQ 7610 GC-MS features a unique ion path that neutral particles cannot navigate and a choice of an ExtractaBrite or AEI ion source, depending on your sensitivity needs. The instrument’s XLXR detector which is an electron multiplier detector has an extended lifetime and extended dynamic range. Extended dynamic range capability enables labs to combine methods allowing analysis of low- and high-concentration compounds in a single run.
The right choice for any workflow
The intuitive Thermo Scientific Chromeleon Chromatography Data System (CDS) is available to help streamline quantitative workflows and ready-to-use Thermo Scientific eWorkflows can be downloaded from the Thermo Scientific Appslab Library of Analytical Applications to jump-start your method development. For U.S. EPA-based environmental applications, the Environmental Analysis Extension pack provides a set of GC-MS e-workflow and reporting templates.
Unstoppable instrument uptime for full-time productivity
The robust design of the ISQ 7610 GC-MS ensures that the system can work continuously to produce the highest quality results possible. High matrix tolerance minimizes routine maintenance, but when maintenance is required, the NeverVent technology available with the ExtractaBrite ion source enables source cleaning, column replacement or injector maintenance without requiring downtime to vent the instrument, so more time can be spent producing results.
Ease of use that helps you stay ahead
Automated software for instrument tuning, method development, targeted quantification and untargeted screening workflows make the ISQ 7610 GC-MS system easy to learn and enables quick transition to this system from other platforms. The ISQ 7610 Single Quadrupole GC-MS System features user-centric innovations including instrument health monitoring assists you in determining when maintenance is needed to avoid unnecessary downtime. As a result, you maximize instrument utilization, sample throughput, and ultimately ROI.
Unstoppable confidence in your future
To ensure you are ready for any analytical challenge, the ISQ 7610 Single Quadrupole GC-MS System is fully upgradable from entry-level to advanced configurations. Now you can be confident that your laboratory can adapt to new challenges using the same investments in GC-MS technology. Select from five levels of performance with field-upgradeable options. All configurations are based on the user-centric ISQ single quadrupole design with easy-to-use tools such as SmartTune, AutoSIM, and t-SIM that facilitate adoption and method setup.
Resolve issues before they become problems with SmartStatus instrument monitoring
Monitor key aspects of your GC-MS system in detail. The fully customizable Thermo Scientific SmartStatus instrument monitoring within Chromeleon CDS software enables you to quickly see when instruments are ready to run samples, identify exactly when consumable replacement is required or system maintenance is needed.
Watch video overviews
Data-driven GC/GC-MS instrument monitoring with SmartStatus intelligent software
ISQ 7610 Single Quadrupole GC-MS System
The ISQ 7610 GC-MS system is ideal for high-throughput laboratories that require uninterrupted productivity and high performance from their single quadrupole GC-MS system.
Partnering in sustainability – ACT label
Reduce your lab’s environmental impact with the ISQ 7610 Single Quadrupole GC-MS, recipient of the ACT label from My Green Lab. The ACT label, the standard for determining the environmental impact of laboratory products, helps labs make informed, sustainable purchasing decisions.
GC-MS webinars
How to boost laboratory productivity with a
consolidated GC-MS approach for soil testing
Aaron Lamb, Senior marketing applications specialist, Thermo Fisher Scientific
Chris Rattray, Senior Scientist, GC Solutions, Restek
Dealing with a volatile relationship: using purge and trap and GC-MS
to improve volatile organic compound workflows
Amy Nutter, Senior VOC Applications Chemist, Teledyne Tekmar
Adam Ladak, Global Product Marketing Manager GC–MS, Thermo Fisher Scientific
From helium to hydrogen: GC-MS case study on U.S. EPA methods 524 and 525
Presentation on switching from helium to hydrogen in GC-MS with a case study on US EPA Methods 524 and 525
Instrument demands on routine lab analysis of VOCs in soil using EPA regulated methods
Mukesh Jani, President and Lab Director, Torrent Laboratory
Dr. Daniela Cavagnino, GC/GC-MS Product Marketing Manager, Thermo Fisher Scientific
How to boost laboratory productivity with a
consolidated GC-MS approach for soil testing
Aaron Lamb, Senior marketing applications specialist, Thermo Fisher Scientific
Chris Rattray, Senior Scientist, GC Solutions, Restek
Dealing with a volatile relationship: using purge and trap and GC-MS
to improve volatile organic compound workflows
Amy Nutter, Senior VOC Applications Chemist, Teledyne Tekmar
Adam Ladak, Global Product Marketing Manager GC–MS, Thermo Fisher Scientific
From helium to hydrogen: GC-MS case study on U.S. EPA methods 524 and 525
Presentation on switching from helium to hydrogen in GC-MS with a case study on US EPA Methods 524 and 525
Instrument demands on routine lab analysis of VOCs in soil using EPA regulated methods
Mukesh Jani, President and Lab Director, Torrent Laboratory
Dr. Daniela Cavagnino, GC/GC-MS Product Marketing Manager, Thermo Fisher Scientific
Resources
Meet the requirements of EPA Method 624.1
Understanding quantitation of VOCs in wastewater while reducing helium usage
Adhering to U.S. EPA Method 524.2 for analysis VOCs in drinking water
Demonstration of a routine analytical method that meets the requirements outlined in U.S. EPA Method 524.2 for the quantitation of VOCs in drinking water, using purge and trap and GC-MS
Analysis of VOCs in drinking water (EPA Method 524.4)
Demonstration of a routine analytical method that meets the requirements outlined in U.S. EPA 524.4 for the quantitation of volatile organic compounds (VOCs) in drinking water, using purge and trap and GC-MS
Reduce helium in VOCs analysis (EPA Method 8260D)
Analytical method meeting US EPA 8260 requirements for quantitation of volatile organic compounds (VOCs) and reducing helium consumption
Hydrogen carrier gas with HeSaver-H2 Safer technology
Sustainable, safe, and reliable analysis of polyaromatic hydrocarbons by gas chromatography-mass spectrometry using hydrogen carrier gas with HeSaver-H2 Safer technology
Automated salt removal and dilution for analysis of lithium battery electrolytes
Understanding Li-ion batteries electrolyte degradation through its chemical composition is critical for performance optimization against thermal stress. A fully automated solution to remove lithium salts from the electrolyte samples before GC-MS analysis offers reduced manual labor through unattended operations.
SmartStatus provides data-driven instrument monitoring
Make informed GC and GC-MS system and consumable decisions with SmartStatus software.
Increase productivity in environmental analysis
Reduce maintenance time and automate sample and data processing for targeted quantitative analysis.
Analyze organic compounds in drinking water
Perform VOC analysis with maximized instrument output and regulatory method compliance
Save time when performing routine GC-MS maintenance
With NeverVent technology, change and clean ion sources without venting the mass spectrometer.
Determination of sulfur-containing compounds, formaldehyde, and organic halides in hydrogen for proton-exchange membrane fuel cell vehicles
Achieve enhanced sensitivity towards key volatile impurities in hydrogen gas
Additional resources
Learn how labs can stay ahead of analytical challenges with unstoppable confidence using the ISQ 7610 GC-MS system.
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