Lectures and information stand at the IFK 2026
Software and cloud solutions for fluid technology
Fluidon, service provider and developer of software solutions for the fluid engineering world, will be represented as an exhibitor and speaker in the lecture program at the 15th International Fluid Engineering Colloquium (IFK), which will take place from 9-11 March 2026 in Aachen, Germany.
The IFK is one of the most important scientific fluid technology conferences and offers fluid technology experts an international forum for exchanging experiences in the field of hydraulic and pneumatic drives and systems every two years.
At the accompanying industry exhibition, Fluidon will provide interesting insights into the Fluid 4.0 project at its themed stand, which is funded as a research project by the German Federal Ministry for Economic Affairs and Climate Protection. The aim of the project, which is being driven forward by 15 industry partners, is to digitize the entire product life cycle in order to ensure the competitiveness of the fluid industry. The focus is on the use of digital fluid technology twins in the form of administration shells. Fluidon will also be presenting the latest features of the current DSHplus version and, for the first time, the graphical model editor for Fluidon Cube, which will form the basis for the browser-based creation and calculation of simulation models in the Fluidon Cube SaaS development platform. Fluidon Cube supports automated workflows for simulation-based system analysis and results reporting. As a cloud solution, Cube gives smaller companies in particular easy and cost-effective access to modern CAE tools.
Fluidon is represented in the IFK lecture program with a total of three contributions on the topics of Fluid 4.0, pneumatics and NVH. "We are delighted to be able to contribute to the IFK program with three exciting presentations," says Heiko Baum, Managing Director of Fluidon. "The presentation topics range from the importance of the administration shell in fluid technology development processes to the NVH-compliant design of hydraulic systems and offer experts detailed insights into our latest projects and developments."









