Our QSight® LX50 UHPLC integrates seamlessly to our QSight Triple Quad LC/MS/MS and its Simplicity™ software to deliver the highest levels of performance from sample handling through data collection and reporting. The system includes three key technologies that help optimize your workflow and enable high productivity.
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For the QSight triple quad LC/MS/MS, we’ve paired the industry’s most flexible mass spectrometer with the equally capable QSight LX50 UHPLC system, delivering all the sensitivity and specificity you need for demanding applications such as pesticide-residue and nutritional-component analysis. And with its robust design and carryover-elimination capabilities, the system is perfect for a host of other applications in the food and environmental arenas.
QSight LC/MS/MS evaluates eliminating sample preparation for trace level pesticide in wine
A New, Sensitive Method for Lignan Metabolite Detection of Flaxseed-Fed Mice Using LC/MS/MS
Analysis of Mycotoxins in Multi-Grain and Corn Cereals without Derivatization by LC-MS/MS Using Time
Analysis of target pesticide residues in berries using a unique laminar flow UHPLC-ESI-MS/MS
Water-soluble vitamins (WSV), comprised primarily of the vitamin B complex, are essential ingredient
In this work, we present a fast and sensitive LC/MS/MS method
Analysis of glyphosate and similiar polar pesticides in oatmeal using the PerkinElmer QSight LCMSMS.
This application note presents a sensitive and reliable LC/MS/MS method using the PerkinElmer QSight
A simple and sensitive method for the simultaneous determination of plant growth regulators
PerkinElmer offers a total solution for your pesticide analysis.
Whether you’re a lab manager or a bench chemist, you know firsthand how things are changing quickly in food and environmental analysis. And your lab needs to change to keep pace.
Simulation using sophisticated modeling techniques has become a powerful tool for mass spectrometry
Ion Transmission Through a Quadrupole Ion Guide Under the Combined Influence of Viscous Flow and RF
Theoretical Studies of Swirling Flow and Heating Methods on Droplet Evaporation in a Heated Coaxial