Modular and high-precision test benches for PEM (low and high temperature) and DMFC fuel cells, from single cells to full stacks. The systems enable reproducible testing under realistic conditions, including dynamic load profiles, precise gas and temperature control, and comprehensive performance analysis. Designed for research, development, and validation, they combine flexible configuration with safe, automated operation and advanced data acquisition.

High-performance test systems for PEM, AEM, and AEL electrolyzers, supporting applications from laboratory research to full-stack validation. The modular platforms allow detailed analysis of efficiency, degradation, and operational behavior under near-real conditions. With precise control of fluids, temperature, and electrical parameters, as well as integrated automation and data management, the systems ensure reliable and scalable testing processes.

Precision gear pumps for accurate dosing of liquids in demanding applications. Designed for reliability, durability, and easy integration, they ensure stable flow rates at high pressure and reproducible processes even under challenging operating conditions. Ideal for industrial processes, research environments, and automated systems requiring continuous and controlled fluid delivery.

High-performance metering and high-pressure pumps for precise fluid control in applications with elevated pressure and demanding process conditions. Engineered for robustness and long-term operation, they enable accurate dosing, consistent performance, and seamless integration into complex systems. Suitable for industrial environments, hydrogen applications, and advanced process control tasks.

High-precision gas mixing systems for the accurate and reproducible production of gas mixtures. Designed for dynamic operation and automated processes, the systems ensure stable concentrations and reliable control of multiple gas components. Suitable for research, development, and industrial applications, they offer flexible configuration, high repeatability, and seamless integration into existing test and process environments.

Advanced leakage testing systems for the reliable detection and quantification of leaks in components such as fuel cells, tanks, valves, and assemblies. The systems support various testing methods and ensure high sensitivity and reproducibility. Designed for quality assurance and safety-critical applications, they enable automated testing processes and consistent, traceable results.

Efficient evaporator systems for the controlled vaporization of liquids into gaseous media. The systems ensure stable and precise generation of vapor flows, even under demanding process conditions. With flexible design and accurate temperature and flow control, they are ideal for test benches, gas supply systems, and research applications.

Modular dosing systems for the precise handling and controlled delivery of gases and liquids. Designed for flexibility and scalability, the systems enable accurate flow control, repeatable processes, and easy integration into complex applications. Suitable for laboratory, pilot, and industrial environments requiring reliable and automated dosing solutions.