
Real-time measurement for maximum control and efficiency
Our gas analyzers not only offer maximum measurement accuracy, but are also optimized for the most demanding applications. Whether it’s continuous real-time monitoring of process gases, the detection of pollutants or compliance with strict legal requirements – our systems guarantee reliable results. With long-term stable measuring methods such as NDIR and electrochemical reaction processes, they are extremely low-maintenance and designed for tough continuous use in a wide range of industries such as chemical, recycling and environmental technology. The robust design, combined with innovative interfaces such as ProfiNet and Modbus TCP, enables seamless integration into your process control system. Thanks to their high sensitivity and cross-sensitivity compensation capability, our gas analyzers deliver accurate data even under difficult conditions. Developed and produced in Germany – highest quality is our claim.
Our gas analyzers cover a wide range of gases and offer precise measurements for CO₂, O₂, H₂S, CH₄, and many more. Whether flammable, toxic or inert gases – our analyzers are perfect for exhaust gas monitoring, process control or environmental measurements. This versatility makes them an indispensable tool for a wide range of industries, including chemical, pharmaceutical and recycling.
Our gas analyzers can be individually adapted to your needs. You can configure the devices with different sample gases and measurement methods to find the optimum solution for your applications. With up to 8 measuring points and a flexible selection of sample gases such as oxygen, hydrogen sulphide and methane, our analyzers are tailor-made for your processes.
Our analyzers use a combination of advanced technologies such as NDIR, electrochemical sensors (EC), zirconium oxide, paramagnetic methods and TDLAS (Tunable Diode Laser Absorption Spectroscopy). These techniques guarantee high-precision, long-term stable measurements and at the same time reduce maintenance costs. The combination of these measuring principles ensures that you always obtain reliable and accurate results under a wide range of conditions.
Individually adaptable to your needs
Our gas analyzers are designed to measure a wide range of gases, including CO₂, O₂, H₂S, CH₄, formaldehyde, methane and many others. They offer versatile solutions for applications in the chemical industry, environmental technology, recycling and many other areas.
Yes, our gas analyzers are fully configurable. You can flexibly adjust the number of gas components to be measured as well as the measuring methods such as NDIR, electrochemical sensors, paramagnetic measuring cells or zirconium oxide sensors to obtain a customized solution for your processes.
Fresenius gas analyzers use state-of-the-art technologies such as NDIR (non-dispersive infrared sensor), paramagnetic measuring cells, zirconium oxide sensors and TDLAS (Tunable Diode Laser Absorption Spectroscopy). These technologies guarantee you long-term stable and precise measurements.
Thanks to the patented ZeroLock™ technology, no calibration gases are required. Put simply, the system uses the gas to be measured itself for referencing, which significantly reduces operating costs and minimizes maintenance.
We offer comprehensive maintenance and service contracts to ensure that your devices always remain in optimum condition. Our on-site service technicians are available worldwide and can quickly take care of repairs and regular maintenance work. We also offer loan and rental equipment if your analyzers require maintenance. You are welcome to make an inquiry on our service page.
The cost of our gas analyzers varies depending on the configuration and specific requirements. Contact us for a customized offer tailored to your application.
Our gas analyzers are equipped with common interfaces such as ProfiNet, Modbus TCP and Ethernet and can be seamlessly integrated into your existing process control systems. They support uncomplicated data transfer and storage.
Fresenius gas analyzers are versatile and particularly suitable for industries such as chemicals, pharmaceuticals, recycling, power generation and environmental applications. They offer both stationary and mobile solutions for a wide range of industrial processes.
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