FLUIDON at the 15th International Fluid Power Conference (IFK) 2026 in Aachen
Three presentations on AAS, system simulation, and NVH – plus live demos at our booth
At the accompanying industry exhibition, FLUIDON will showcase its latest software and cloud-based solutions for fluid-technical system development.
Highlights include the new graphical model editor for Fluidon Cube, enabling browser-based creation and comutation of simulation models, as well as demonstrators from the Fluid 4.0 research project. These demos illustrate how data from Asset Administration Shell (AAS) submodels can be exchanged between external servers and Fluidon Cube, and how simulation models and results are automatically fed back into the AAS data ecosystem.
In addition, visitors can explore the newest features of DSHplus and learn how Fluidon Cube supports automated, simulation-based workflows - from system analysis to structured result reporting.
As a cloud-based SaaS solution, Cube provides small and medium-sized enterprises in particular with easy and cost-effective access to modern CAE tools.
FLUIDON Presentations | March 11, 2026
FLUIDON will contribute three technical speeches to the IFK conference program:
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11:50 am – AAS-Orchestrated Production – End-to-End Digital Integration from Machine to Visualization – Speaker: Micha Koebele
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02:20 pm – System Simulation Meets Asset Administration Shell – Potentials and Challenges of a Standardized, Model-Based Development of Fluid Power Systems – Speaker: Heiko Baum
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04:00 pm – From Pressure Pulses to Noise Sources – NVH-Oriented Design of Hydraulic Systems – Speaker: Benedikt Müller
“We are very pleased to contribute three presentations to the IFK program,” says Heiko Baum, Managing Director of FLUIDON GmbH. “Our topics range from the role of the Asset Administration Shell in fluid power engineering to NVH-oriented hydraulic system design, offering detailed insights into our latest research projects and software developments.”
Visit FLUIDON at IFK 2026 and discover how simulation, digital twins, and AAS-based workflows are shaping the future of fluid power engineering.


