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Rotating machines
Our development efforts are centered on pumps, compressors, turbines, motors, and generators engineered for high-reliability and mission-critical applications. In addition to design and development, we excel in prototyping, testing, and qualification, even up to flight-level standards. Our production scale targets small series production, typically up to approximately 100 units per year, with a specific focus on custom designs that prioritize critical parameters like lifetime, durability, and performance.
Electrically driven high-speed pumps for low-viscosity fluids use gas-lubricated drives to combine low-friction advantages with hermetic sealing and integrated centrifugal pumps, creating a maintenance-free system. These pumps excel in critical applications, including radioactive environments, toxic substance processing, ultra-clean conditions, and high-reliability, long-lasting usage scenarios.
Propellant feed system
Environmental control systems
Electrically driven turbochargers and compressors offer versatile and hermetically sealed operation across a broad temperature spectrum, ranging from cryogenic to high-temperature applications. They demonstrate exceptional performance as standalone systems or when seamlessly integrated into vacuum or high-pressure machines, owing to their ultra-low friction and high reliability.
Air supply for fuel cell systems
sCO2 fluid management systems
High-speed electric turbines, coupled with high-frequency generators, produce electricity at extremely high speeds in hermetically sealed applications. Their direct-drive design simplifies systems, reducing complexity and friction losses. These turbines endure a wide temperature range, from cryogenic to supercritical high-temperature conditions, ensuring long lifetime and reliability.
Steam turbines and high frequency generators
Gas expanders
In high-speed turbomachinery testing, specialized equipment with clutch-free, direct-drive technology is employed to test various components, including bearings, deflectors, composite banding, magnet fixtures, and rotational sealings (including dynamic seals), under extreme conditions. Precise measurements of high-speed bearing and sealing parameters, even at critical values within natural operational conditions, are obtained using appropriate instruments and sensors.
Rotor kits for R&D and academia