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We develop sensors on the basis of capacitive, piezo-resistive, thermal, inductive, fluid and optical measurement principles. Reading electronics are developed hand-in-hand with the development of the sensor cell to generate optimal signals directly at the measurement location and to process them as best as possible.
Many different sensors are required for recording, analyzing, regulating, or monitoring complex motion sequences of machines. We are experts in merging these into a sensor system so that the performance of the complete system is even higher than the sum of its individual components.
Based on standards, efficient interfaces, state-of-the-art communication technologies and protocols, we design system solutions in hardware and software so that complete energy self-sufficient electronic systems are produced from intelligent electronic units for complex control tasks.
We design your testing system: In close collaboration, we specify methods, reagents and automation platforms, perform a risk analysis, and optimize parameters and tolerances. The development of your system is completed with a characterization and validation.
We design lab-on-a-chip systems for the miniaturization, parallelization, and automation of laboratory processes.
We solve your microdosing task: from microvalves, micropumps via contact-free pico-, nano- and microdispensers up to complete liquid handling solutions. We offer custom-tailored solutions for different fluids and flow rates.
We are extensively equipped with measurement and analysis technologies and set up custom-tailored laboratory test rigs for special measuring tasks.
Software and communication technology are the key components for digitalization in various application areas.
Efficient, reliable, and cost-effective communication – especially between machines and systems – is an essential prerequisite for the digitalization of processes and products in the Internet of Things.
Thanks to artificial intelligence, we optimize your production process, analyze process data, and develop smart solutions for you.
We develop polymers, membranes, electrodes, and membrane-electrode-assemblies for electrochemical energy applications. Our focus is on integrating groundbreaking material developments into state-of-the-art fuel cells, electrolyzers, and batteries.
For the operation of small electronic consumers, we develop self-sufficient energy supply systems based on energy-harvesting technologies. With the help of effective energy converters, non-electrical ambient energy is converted into usable electrical energy. Efficient energy management modules help to store the collected energy and provide it for the consumer.
We invite you to benefit from FEM simulation and computer-assisted analysis in the development of your products
Thanks to the integration of functions in 3D, MID technologies enable the design of spatial electronic assemblies.
