Advanced ion mobility spectrometry

ion mobility mass spectrometry

Main Areas

  • Fast monitoring of processes
  • Product quality control
  • Volatile organic compounds monitoring
  • Indoor/Outdoor air quality monitoring
  • Analysis of solids and surfaces
  • Explosives detection
  • Drug quality control
  • Chemical analysis
  • Combination with other separation techniques
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Main Advantages

- Highest resolving power and sensitivity
- Non-radioactive plasma ionization source
- Full control of all operation parameters
- Operation in atmospheric or in sub-atmospheric pressure
- Sophisticated sample inlet

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gas detector

Trace Gas
Detection

Advanced IMS is able of operation at atmospheric or sub-atmospheric pressures. The capillary sample inlet allows simple detection of trace compounds in the gas phase. The sample inlet allows...

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gas chromatograph detector

Gas Chromatograph
Detector

The Ion Mobility Spectrometer as a GC detector will give additional dimension to each GC. The best IMS parameters like resolving power, sensitivity...

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surface and solids analysis

Solids and
Surface Analysis

Two different Surface Sampling Methods have been developed for Advanced IMS. These methods are based on the desorption of the...

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liquid analysis

Liquid
Analysis

Liquid sampling module (LSM) allows simple analysis of liquids with IMS. The main advantages of this sampling technique are...

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Blog & News

REAL TIME MACHINE LEARNING CLASSIFICATION IN ION MOBILITY SPECTROMETRY

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CASE STUDY: LOW PPB DETECTION OF HYDROGEN CHLORIDE (HCL) AND HYDROGEN FLUORIDE (HF) BY ADVANCED ION MOBILITY SPECTROMETER – AIMS

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TETRAMETHYL ORTHOSILICATE (TMOS) DETECTION BY ADVANCED ION MOBILITY SPECTROMETER - AIMS

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