Impedance measurements can be used to detect the smallest changes in electrochemical systems. For example, tumor cells can be distinguished from healthy cells, pathological tissue changes can be detected and the reaction of cells to certain substances can be analyzed.

Among other things, this enables

• early detection of diseases 
• the creation of therapy plans according to individual tolerability and efficacy
• better understanding of the (individual) mechanisms of action of the human organism

As your partner in developing embedded systems, we guide you from the research lab to real-world applications.

We build on your existing sensor front-end and develop electronics, firmware and software. Thus, you receive an innovative system for an energy-efficient and mobile sensor device – optimized for your specific sensor front-end for application outside the laboratory.

• Electrochemical instrumentation of biosensors - miniaturized, energy-efficient, application-oriented
• Continuous support from laboratory set-up to robust sensor device
• Our combined knowledge from the fields of electrochemistry, medicine and engineering, to develop electronics, firmware and software for you

• Application-specific design and optimization of instrumentation
• Automated and continuous data acquisition in the application environment
  
• Long application life due to low energy consumption, short measurement times and efficient data analysis
• Small installation space due to miniaturized electronics