UHPLC - Triple QuadrupoleMS TQ-XS

TQ-XS is an advanced bench top tandem quadrupole mass spectrometer which expands the scope of ultimate sensitivity analysis. It features StepWave XS^TM ion transfer optics delivering enhanced sensitivity, robustness and reliability; passively removing gas load and undesirable neutral contaminants while actively transferring ions into the mass analyzer.Sensitivity benefits are more accessible as the TQ-XS features a tool-free probe design which allows users much easier maintenance, optimization and improved reproducibility between operators. Method transfer onto the TQ-XS is made simple by the Xtended Dynamic Range (XDR^TM) detector which allows six orders of linear dynamic range. Wider compound coverage without changing ionization technique is delivered by the revolutionary UniSpray^TM source option. In a study involving 2,000 injections of protein-precipitated plasma and analyzing sulphadimethoxine, there was little variation in peak area over the entire injection series with <3% RSD. When you need to measure analytes at very different concentrations within the same sample, it is very time-consuming to dilute samples and re-inject in a separate experiment to bring values within calibration curves. With the Xtended Dynamic Range (XDR™) detector there are now six orders of linear dynamic range, enabling you to quantitate a wider range of analyte concentrations without saturating the detector in a single injection.

Applications

• Drug metabolism analysis (such as the biological samples of blood, urine and cell metabolites);

• Drug impurity qualitative and quantitative for clinical detection analysis (such as drug and hormone testing, neonatal disease detection);

• Food safety analysis(the chemical compounds such as clenbuterol and melamine);

• Environmental pollutants analysis(such as cosmetics, paint pollutants);

• Forensic toxicology analysis;

• Illegal additives of health care products detection;

Specifications

Strengths

• It adopts StepWave XS^TM ion transport technology, which can improve the analysis sensitivity for the intractable compounds.

• The Xtended Dynamic Range (XDR^TM) detector allows six orders of linear dynamic range, which can ensure the excellent sensitivity.

• A tool-free probe design reduces the time for routine maintenance and improves the reproducibility between operators.