We offer state-of-the-art infrastructure along with extensive expertise of materials, processes and printing technologies in order to develop novel products.
Product & Process Development Services
The interdisciplinary field of organic and printed electronics requires profound knowledge across multiple domains. A solid understanding of materials, processes, devices, and printing technologies is essential for the development of flexible and hybrid electronic systems.
We offer state-of-the-art infrastructure along with extensive expertise in order to develop novel products and processes.
Our expertise is supplemented by the knowhow of our excellent partner network consisting of companies and research institutes such as BASF SE, Karlsruhe Institute of Technology, and Heidelberg University.
We assist clients through various stages of product and process development such as planning, design, printing, coating, pre processing, post processing, and integration.
Below you will find our competences more detailed. For any further questions please contact us.
We assist clients through various stages of planning and design. This includes services as:
- designing of printing and masking layouts
- process development
- proof of concept
- rapid prototyping
- feasibility studies
Printing and coating techniques are our core competences. Choosing the best suitable combination of functional materials, substrates, and deposition methods is a major aspect of our process development. The existing expertise and infrastructure at InnovationLab includes:
- inkjet printing, screen printing, gravure printing, flexographic printing, spray deposition, doctor blading, vacuum deposition, hot embossing, slot-die coating
- organic semiconductors and nanomaterials, (transparent) conductive inks, force and temperature sensitive materials
Fluid and film characterization:
- ink rheology, film thickness, surface roughness, sheet resistance
- rigid: glass, ITO-glass, silicon
- flexible: PET, PEN, PI, ITO-PET, ITO-PEN , flexible glass
In order to obtain desired film characteristics, various pre- and post processing methods are employed. Some of the most common ones are:
- e.g. lithographic, inkjet masking
- UV-ozon, O2-/Ar-plasma, tuning adhesion properties
- self-assembled monolayers (SAM)
- polymeric dipole layers (PDL)
- IR, thermal, vacuum, photonic sintering, UV-curing
Beyond the development and manufacturing of printed electronic components, we are concerned with the integration of these components into circuits and systems. Some of the key topics involved in the realization of organic/inorganic hybrid systems are listed below:
- integration of printed thin film transistors, sensors, and energy harvesting devices into a traditional electronic environment
- printed interconnect solutions
- smart flexible systems