• precise deposition of liquid processible materials to form layers with defined properties, utilizing printing technologies
• specific employment of inkjet techniques for resources-saving, additive material deposition
• printing-workflow development to optimize the manufacture of new functionalities
• material and layer characterization: viscosity, surface tension, morphology, electronic properties, layer zoning, layer interaction
• SEM & EDX analysis
• tactile surface profilometry
• development of innovative components for specific applications based on printing technologies, e.g. flexible energy/battery systems
• tailoring of applications employing printed batteries
• printing of conducting patterns, e.g. as antennas or electrodes.
• design, simulation, printing and measurement of customized antennas

Data sheets: