Reliability and innovation for extreme operating conditions
Our invasive pressure sensor takes pressure measurement to a new level. By combining advanced MEMS elements with a completely inorganic design, we achieve maximum media resistance and exceptional stability even under wide temperature variations. Thermoset overmolding allows direct integration into existing housings or mechanical system structures. This ensures perfect adaptation to industrial requirements.
This innovation ensures reliable performance in applications with chemically aggressive media or highly dynamic temperature change requirements. The sensor is particularly well suited for demanding industries such as chemical, medical and industrial automation.
Monitor pressure profiles in dynamic manufacturing systems
Ideal for the chemical industry when accurate pressure measurement is required for changing media or sensitive chemical processes. Our invasive pressure sensor ensures maximum reliability and safety even in demanding production environments.
Precise pressure measurement at highly fluctuating operating temperatures.
Perfect for extreme temperature conditions. The sensor remains stable and delivers accurate results unaffected by thermal stress.
Long-term monitoring in aggressive, corrosive environments.
Perfect for use in acidic or alkaline processes, such as those found in the petrochemical or pharmaceutical industries. Glass-bonding-technology ensures maximum chemical resistance and durability, even with prolonged exposure to aggressive media.
From the chemical industry to building automation, this pressure sensor is versatile. Our technology provides solutions for applications such as measuring pressure in highly acidic or alkaline media in the chemical industry. In addition, the invasive pressure sensor can monitor pressure trends in dynamic production systems, such as frequently changing media or chemically sensitive processes.
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