Servomex Oxygen Analyzers

Servomex is the expert in oxygen analysis. Servomex oxygen analyzers use an extensive range of sensing technologies to deliver measurements from percentage to ultra-trace levels. Whatever your process, Servomex has the oxygen solution you need.

Setting the standard for analysis in the industrial gas (IG) and semiconductor markets, the SERVOPRO range leads the field in measurement sensitivity. The SERVOPRO analyzers utilize an extensive portfolio of Servomex's non-depleting gas sensing technologies – including Paramagnetic, Zirconia, Flame Ionization Detection, Plasma, and Gas Chromatograph for a diverse range of applications.

These flexible analyzers either meet specific measurement requirements, such as for syngas, hydrocarbons, or trace gas mixtures, or provide multi-gas monitoring capabilities for applications such as continuous emissions monitoring systems or air separation unit plants.

A wide range of sensing technologies

The flexible SERVOPRO range is designed to suit an extensive variety of measurements in IG and semiconductor applications. To this end, it uses an array of sensing technologies, including non-contact, non-depleting methods, covering a generous selection of gases and measurement ranges, to meet the needs of multiple safe area applications.

Industry-leading detection levels

Whether you’re monitoring impurities in air separation unit gases, or ensuring the highest level of purity in semiconductor gases, the SERVOPRO range is up to the task, delivering the measurement sensitivity and performance required – from percentage-level readings to the lowest levels of trace detection available to the market.

Easy to use and integrate

Designed for simple operation, the SERVOPRO range is available for benchtop use or can be mounted in a 19” rack. All the analyzers feature extensive functionality, can be operated directly via intuitive onboard software, or remotely using a variety of analog and digital communications options, ensuring effective operation now and in the future.