AB Sciex 5500 ? The wide quantitative linear dynamic range and stable quantitative analysis sensitivity of the liquid chromatography-mass spectrometry system are suitable for quantitative analysis of ultra-low concentration components in complex matrix samples. When quantitatively analyzing small molecule compounds, it can provide data stability and reproducibility
Product Introduction
AB Sciex 5500 ™ Liquid chromatography-mass spectrometry triple quadrupole tandem mass spectrometer
Triple quadrupole tandem mass spectrometer with high sensitivity for quantitative analysis of complex matrix samples
AB Sciex 5500 ™ The wide quantitative linear dynamic range and stable quantitative analysis sensitivity of the liquid chromatography-mass spectrometry system are suitable for quantitative analysis of ultra-low concentration components in complex matrix samples. When quantitatively analyzing small molecule compounds, it can provide data stability and reproducibility.
Triple quadrupole 5500 ™ The system is configured with QJet ™- 2 ion introduction focusing device and Turbo V ™ Ion source and stable Analyst 1.5 ® The software constitutes an analysis platform suitable for every stage of drug development research, and it has stable quantitative performance. five thousand and five hundred ™ The system has stable performance and is easy to use,
AB Sciex 5500 ™ The main features of liquid chromatography-mass spectrometry are:
QJet ™- 2 Ion Introduction Technology: Improved System Sensitivity
Bending LINAC ® Collision chamber: improves ion transport speed, increases ion capacity, and prevents cross contamination
AcQuRate ™ Pulse ion counting detector: reproducibility and stability of the system
eQ ™ Electronic Design: Quick Scan and Quick Positive Negative Switching Scan
Air curtain interface technology: reduces pollution and improves work efficiency
Turbo V ™ Ion source: This is a stable ion source, which can meet the requirements of wide range liquid flow rate, prevent ion suppression of electric spray, and has the function of self-cleaning probe