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Americas: Thermo Scientific releases solutions for quantitative workflows

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Thermo Fisher Scientific releases two products for analytical laboratories to obtain high quality data from targeted quantitation applications in the environmental, food safety, pharmaceutical and biopharmaceutical industries as well as clinical research and forensic toxicology.

They are the new Thermo Scientific TSQ Altis Triple Stage Quadrupole mass spectrometer and TSQ Quantis Triple Stage Quadrupole mass spectrometers.

The TSQ Altis Triple Stage Quadrupole mass spectrometer offers sensitivity, selectivity and speed while providing the analytical flexibility and reproducibility for demanding applications.

The quantitative workhorse supports reliable workflows that combine ease of use with the highest possible data.

The TSQ Altis and TSQ Quantis systems are engineered to deliver unique, high-resolution single reaction monitoring (SRM) capabilities, which enables ion transmission and consistency for reproducible results across instruments.

In addition, both systems are equipped with Active Ion Management (AIM+) technology that includes redesigned ion source housing, segmented quadrupoles, new RF electronics and an enhanced dual-mode electron multiplier detector for ultimate ion management from ion inception to detection.

AIM+ technology offers superior reproducibility, sensitivity, more data points with fast SRM rates and increased detector lifetime when compared to previous AIM technology and other triple quadrupole mass spectrometry systems.

The instrument control software for the TSQ Altis and TSQ Quantis Triple Stage Quadrupole mass spectrometers offers automated compound optimization and new tools for streamlined, intuitive method setup.

When combined with Thermo Scientific TraceFinder Software, a workflow software that addresses critical requirements from sample introduction to report generation, analytical scientists can improve the targeted quantitation analysis of complex molecule types with simplified workflows, reducing the time to generate high quality results when compared to using the instrument control software alone.