Druck Launched New Oxygen-Compatible Pressure Sensor
The device improves safety for liquid oxygen systems and rocket propulsion testing environments.
Updated on Oct. 9, 2026 in Space
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Druck has released the UNIK5000F, a specialized pressure sensor engineered for use in oxygen-rich environments. The component utilizes an oxygen-safe inert oil fill to mitigate safety risks associated with conventional sensors.
Why it matters
Conventional pressure sensors often present significant safety hazards when exposed to high concentrations of oxygen. This new device helps manufacturers maintain rigorous safety standards while simultaneously accelerating rocket propulsion testing timelines.
The sensor achieves an accuracy of 0.04% Full Scale and maintains a stability rate of 0.05% Full Scale per year. These metrics ensure precise monitoring within liquid oxygen systems and other high-pressure rocket testing configurations.
The players
Druck
Druck is an industrial technology company specializing in the design and manufacture of high-performance pressure measurement and sensing solutions.
The details
Based on the existing UNIK5000 platform, the UNIK5000F incorporates specialized materials to ensure safe operation in demanding environments. By utilizing an oxygen-safe inert oil fill, the sensor minimizes the reactive risks typically found in propulsion testing systems.
Timeline
Druck officially launched the UNIK5000F pressure sensor on October 9, 2026.
The Big Picture
This release marks an evolution of the UNIK5000 sensor platform, moving from general industrial applications into highly specialized aerospace propulsion environments. By adapting a proven architecture, the design bridges the gap between standard monitoring tools and the extreme safety requirements of liquid oxygen systems.
The introduction of this sensor allows rocket propulsion engineers to conduct testing with higher precision and lower safety overhead. Over time, these improved monitoring capabilities may reduce the risk of mission-critical system failures during the development of liquid oxygen vehicles.
The takeaway
Reliable sensor technology remains a cornerstone for safe rocket propulsion development as the space sector continues to optimize testing speeds. Engineers should evaluate their existing pressure measurement protocols to determine if inert oil-filled alternatives enhance their safety profiles.
Further reading
For more information on current aerospace hardware advancements, visit the Space section.
Source note: This article includes information reported by Engineerlive.
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