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QTRAP technology is a unique triple quadrupole system that not only provides all the performance of triple quadrupole, but also linear ion trap capability to overcome matrix interferences, improve screening throughput, and more
.
The SCIEX Triple Quad mass spectrometer continues to bring confidence to the identification and quantification of low-abundance analytes in complex sample environments
.
Use the QTRAP system to gain additional MS scanning capabilities to identify, characterize, and quantify samples to uncover new insights
.
QTRAP technology can be practically used in important application fields such as drug discovery, food testing, environmental monitoring, and protein quantitative analysis
.
What is QTRAP technology? SCIEX QTRAP technology is based on a triple quadrupole mass analyzer configuration, but it is no ordinary triple quadrupole
.
The QTRAP system can operate as a conventional triple quadrupole instrument with all scanning capabilities such as MRM, product ions and neutral loss, and it offers the same sensitivity as its equivalent QQQ model
.
But in a QTRAP device, the third quadrupole can be configured as a linear ion trap (LIT) to provide additional powerful qualitative scanning capabilities for increased performance and flexibility
.
Quantitative information that can be simultaneously confirmed or identified can be obtained without sacrificing data through stunning scanning capabilities
.
QTRAP technology's versatile features address quantitative challenges in complex matrices The use of QTRAP technology ensures accurate quantitative results unaffected by matrix interferents, with higher data selectivity than triple quadrupole technology
.
Linear Ion Trap (LIT) The impressive MRM3 scanning capability enables quantitative analysis from product ion fragment ions, reducing matrix interferences without additional sample preparation
.
Finding unknown components in a sample QTRAP technology includes search tools that outperform triple quadrupole technology in screening for unknown components
.
With enhanced full scan capability (EMS), enhanced resolution (ER), and enhanced product ion (EPI) scanning capabilities, QTRAP can help discover and characterize components in samples
.
In addition to quantitative analysis, other analyses can be performed QTRAP technology brings a variety of capabilities to the laboratory beyond triple quadrupole technology
.
Sensitive and reliable quantitative MRM analysis combined with a variety of impressive enhanced scanning capabilities enhances the ability to develop new methods or improve existing workflows in addition to the quantitative analysis performance of triple quadrupole systems
.
The advantage of QTRAP technology to do more work on one mass spectrometry system
.
From the 3200 Series to the newer high-performance 6500+ Series mass spectrometers, this technology is available.
Which system is right for you to advance your analysis?
.
The SCIEX Triple Quad mass spectrometer continues to bring confidence to the identification and quantification of low-abundance analytes in complex sample environments
.
Use the QTRAP system to gain additional MS scanning capabilities to identify, characterize, and quantify samples to uncover new insights
.
QTRAP technology can be practically used in important application fields such as drug discovery, food testing, environmental monitoring, and protein quantitative analysis
.
What is QTRAP technology? SCIEX QTRAP technology is based on a triple quadrupole mass analyzer configuration, but it is no ordinary triple quadrupole
.
The QTRAP system can operate as a conventional triple quadrupole instrument with all scanning capabilities such as MRM, product ions and neutral loss, and it offers the same sensitivity as its equivalent QQQ model
.
But in a QTRAP device, the third quadrupole can be configured as a linear ion trap (LIT) to provide additional powerful qualitative scanning capabilities for increased performance and flexibility
.
Quantitative information that can be simultaneously confirmed or identified can be obtained without sacrificing data through stunning scanning capabilities
.
QTRAP technology's versatile features address quantitative challenges in complex matrices The use of QTRAP technology ensures accurate quantitative results unaffected by matrix interferents, with higher data selectivity than triple quadrupole technology
.
Linear Ion Trap (LIT) The impressive MRM3 scanning capability enables quantitative analysis from product ion fragment ions, reducing matrix interferences without additional sample preparation
.
Finding unknown components in a sample QTRAP technology includes search tools that outperform triple quadrupole technology in screening for unknown components
.
With enhanced full scan capability (EMS), enhanced resolution (ER), and enhanced product ion (EPI) scanning capabilities, QTRAP can help discover and characterize components in samples
.
In addition to quantitative analysis, other analyses can be performed QTRAP technology brings a variety of capabilities to the laboratory beyond triple quadrupole technology
.
Sensitive and reliable quantitative MRM analysis combined with a variety of impressive enhanced scanning capabilities enhances the ability to develop new methods or improve existing workflows in addition to the quantitative analysis performance of triple quadrupole systems
.
The advantage of QTRAP technology to do more work on one mass spectrometry system
.
From the 3200 Series to the newer high-performance 6500+ Series mass spectrometers, this technology is available.
Which system is right for you to advance your analysis?
