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Address current and future challenges with Thermo Scientific TSQ Plus triple quadrupole mass spectrometers, which provide enhanced acquisition speed/sensitivity, proven robustness, and reliability. Instrument choices offer features for a range of applications, from everyday targeted quantitation to cutting-edge research.
Greater than five orders of linear dynamic range with high selectivity address the diverse needs for targeted quantitative experiments. Enhanced acquisition speeds empower large-scale studies for translational workflow development or method optimization, with 5 millisecond polarity switching to maximize productivity in fewer experiments. Where data confidence is required, the instrumental features on the TSQ Plus triple quadrupole mass spectrometers drive high-performance targeted experiments for complex matrices.
Instrument control software with pre-built templates, direct importation of existing methods, Thermo Scientific mzCloud database integration, and large-scale method editing capabilities help you quickly set up methods and perform refinements to improve productivity. Intuitive instrument calibration routines streamline instrument checks that automatically determine which calibration routines are performed.
Meet today’s requirements and tomorrow’s challenges with innovative hardware features that provide next-level experimental performance. The new active collision cell improves low-mass product ion transmission that is critical for many routine challenges. Superior acquisition speeds and a new power supply enabling 5 ms polarity switching speeds combine with established robustness and reliability to deliver maximum productivity in the most complex matrices.
Integrated LC-MS/MS software includes capabilities to create single-reaction monitoring (SRM) assay tables with predicted instrumental parameters, perform data processing to determine optimal experimental parameters, and efficiently and confidently process targeted data with customized reporting. The Thermo Scientific Chromeleon Chromatography Data System (CDS) can also manage all facets of laboratory operations.
Because targeted sample analysis methods cover a broad range of compound classes and experimental requirements, laboratories require many options to meet experimental needs, from rapid ionization from biological dried spots, to alternative ionization sources. Differential ion mobility can also be used to overcome background interference to extend dynamic range.
Robust quantitative performance made simple
Next-level performance combined with robustness and reliability delivering exceptional value for high-throughput analyses.
Accessible extended quantitative performance
Increased sensitivity and performance deliver confident method development and precise quantitation for high-throughput applications.
Ultimate quantitative performance made possible
Innovative hardware and software advancements address your most demanding quantitative applications.
Learn about the new hardware features driving next-level performance for targeted quantitation
The history of innovative triple quadrupole designs at Thermo Fisher Scientific
The integrated process of connecting knowledge between method development and routine testing
Ludovic Bailly-Chouribery from LCH discusses how the TSQ Altis and Altis Plus MS increase his productivity for anti-sports doping
Alan Potts from Patheon discusses the robust and reproducible performance of the TSQ Fortis and Fortis Plus MS to meet the needs for customer requests
Learn about the new hardware features driving next-level performance for targeted quantitation
The history of innovative triple quadrupole designs at Thermo Fisher Scientific
The integrated process of connecting knowledge between method development and routine testing
Ludovic Bailly-Chouribery from LCH discusses how the TSQ Altis and Altis Plus MS increase his productivity for anti-sports doping
Alan Potts from Patheon discusses the robust and reproducible performance of the TSQ Fortis and Fortis Plus MS to meet the needs for customer requests
To perform quantitation assays with confidence, you need a liquid chromatography mass spectrometry (LC-MS) workflow solution that is relevant to your goals
Today’s analytical methods performing routine quantitation continue to evolve to meet new environmental and health risks. Experimental methods are modified to include more compounds measured at lower detection levels with faster gradients to address throughput. Therefore, specific LC-MS/MS performance characteristics are critical to evaluate productivity.
Learn about the hardware and software innovations implemented in the TSQ triple quadrupole mass spectrometer platform to address the current and future challenges in targeted quantitation. The platform enhancements enable ultimate confidence in data quality with robust, reproducible, and reliable quantitative methodologies.
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