Owlstone FAIMS Products

Lonestar portable gas analyzer

Lonestar Portable Gas Analyzer

Lonestar is a portable gas analyzer that can detect a broad range of analytes at part per billion concentrations, with high selectivity in just a few seconds.

Applications for Lonestar

OVG calibration gas generator

OVG-4 Calibration Gas Generator

The OVG-4 is a compact, cost effective calibration gas system, which generates high accuracy, NIST traceable calibration gas standards.

Example applications:

OHG humidity generator

OHG Humidity Generator

The Owlstone Humidity Generator (OHG-4) is a versatile humidity generator that is used to produce a range of relative humidity concentrations from 1 to 90%rh (±1%) .

Liquid Chromatography FAIMS Mass Spectrometry

LC/FAIMS/Mass Spectrometry

FAIMS is a high speed, gas phase ion separation technique. When interfaced to a Mass Spectrometer, the FAIMS chip provides an additional separation stage, making it suitable for a applications ranging from drug development to proteomics. The FAIMS ion filter is orthogonal to both LC (liquid chromatography) and MS, so has the potential to separate analytes that are difficult to distinguish using only LC-MS. In some cases, the FAIMS stage can replace the LC and associated sample preparation steps.

OEM FAIMS module

OEM FAIMS Products

Owlstone has developed a range of OEM FAIMS products suitable for integration into standalone gas analysers and hyphenated systems. The OEM subsystem can be functionalised to detect gases across a broad range of applications.

NEXSENSE C chemical detection system

NEXSENSE C

NEXSENSE C is a man portable chemical detection and identification system that enables rapid and robust on-scene analysis of chemical agents from airborne samples. Utilising Owlstone's cutting edge Field Asymmetric Ion Mobility Spectrometry (FAIMS) technology combined with intelligent data processing and advanced algorithms, NEXSENSE C can conduct full atmospheric analysis with automatic agent recognition.

PID+ gas sensor

PID+ Gas Sensor

PID+ is a minaturised chemical sensor that builds upon and extends the capability of Photo Ionization Detectors (PID) commonly used in industrial, military and homeland security applications.

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