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Model Vario One. -Liquid Analyzer
Membrane inlet mass spectrometry (MIMS) technology for real-time analysis of substances from liquid. The Vario one. is an easy-to-use as well as compact quadrupole mass spectrometer that can measure the concentrations of all volatile components from liquids in real time and in continuous operation without sample preparation. The liquid analyzer is perfectly suited for process integration and masters any measurement task where measurements are taken from liquids. For example, the instrument can be used in applications such as wastewater monitoring, pollutant analysis and environmental monitoring.
Sensitive
Large measuring range, low detection limits from the ppb to the 100% range
Multiparameter
Measures all volatile components simultaneously and without delay
Online
Problem-free integration into industrial processes without interfering with the process
Robust
Perfectly suited for continuous operation and with minimal maintenance requirements
The Vario one. masters any liquid measurement task by determining volatile parameters precisely and quickly in the liquid. Since the quadrupole mass spectrometer can be easily integrated into the industrial process, it measures continuously and without disturbing the process. The mass spectrometer provides consistently accurate measurement data with low measurement noise (low noise) and high linearity, allowing changes in reactions to be tracked in real time (from 25 milliseconds). The liquid analyzer adapts perfectly to your individual application. For example, the volatility of substances in the sample stream can be increased by changing the temperature control of the membrane module.
The Vario one. s a liquid analyzer based on membrane inlet mass spectrometry (MIMS technology). The membrane inlet of the instrument allows online as well as inline measurements directly in the process, so no sample preparation is necessary. This saves time and resources and allows to react quickly to changes in the process, thus optimizing it. The user-friendly software architecture simplifies real-time control of the machine and visualizes the measurement data in the same user interface. The hardware is modular in design – for example, the membrane module can be replaced with only one movement.