Research & Development in Electro-Pneumatics

We develop innovative electro-pneumatic systems at the cutting edge of technology, combining sound theoretical design with practical implementation for powerful, reliable and efficient applications.

Design of Electro-Pneumatic Systems

Our expertise covers the complete development and design of electro-pneumatic systems, from component selection to full system integration: efficient, standards-compliant and future-proof.

Development of Embedded Systems

We develop custom embedded systems for industrial applications, combining powerful hardware with intelligent, application-specific software. From requirements analysis and system architecture through to integration, we support the entire development process and create solutions that are optimally tailored to your requirements.

Our range of services includes low-level software development, the development of electronic assemblies and the integration of sensors, electro-pneumatic components and automated systems. We place particular emphasis on stability, real-time capability, operational reliability and seamless integration into existing systems.

With modern embedded technologies, we make pneumatics smart and lay the foundation for intelligent, connected systems.

A pneumatic cylinder with an integrated microchip

Simulations

To ensure the optimal design and validation of our developments, we carry out FEM and CFD simulations. This allows us to analyse loads, flow behaviour and thermal effects during the development phase and minimise risks at an early stage.

Finite Element Method (FEM)

Computational Fluid Dynamics (CFD)

Finite Element Method (FEM)

The finite element method (FEM) is a numerical simulation technique for analysing components and physical processes. An object is divided into many small elements in order to precisely calculate properties such as stresses, deformations or temperatures.
FEM is used to optimise and test products before they are manufactured.

Possible FEM Simulations

Static Stress
Modal Frequencies
Electronics Cooling
Thermal
Thermal Stress
Dynamic Event Simulation
Shape Optimisation
Injection Moulding Simulation

Computational Fluid Dynamics (CFD)

CFD simulation is a numerical method for calculating and analysing the flow of liquids and gases. Using computer models, flow behaviour, pressure distribution, heat transfer and other physical effects can be simulated realistically.
This allows products and processes to be developed and optimised efficiently before physical tests are carried out.

Possible CFD Simulations

Specific Dissipation (w)
Turbulent Kinetic Energy
Turbulent Kinematic Viscosity
Pressure
Velocity

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