Technology Offers
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Functionalization of parylene surfaces with UV
A KIT process uses UV light to transform parylene into completely new forms of polymer coating – ideal for bioactive, antibacterial and structuring applications in medical technology and lithography.
With biohybrid composite material to 3D cell culture model
KIT has developed a unique process to produce customized three-dimensional composite materials for the coating of culture vessels. The biohybrid materials have precisely controllable mechanical properties.
- Biotechnology
- Plant engineering
- Chemical industry
- Pharmaceutical industry
- Food industry
- Medicine and healthcare
- Process and production engineering
- Analytics
Continuous fermentation of synthesis gas
A novel reactor design enables the continuous fermentation of synthesis gas under high pressure. In particular, parameter studies on fermentation can be carried out with the prototype.
- Plant engineering
- Biotechnology
- Pharmaceutical industry
- Chemical industry
- Microtechnology / precision mechanics
- Raw material and textile industry
- Process and production engineering
High-pressure saturator for process engineering
A new reactor design of KIT enables the saturation of gases under very high pressure with the vapor of corrosive and high-purity liquids.
Cellular delivery of bioactive molecules
Cell-penetrating peptides from human skin allow efficient and non-toxic cellular uptake of bioactive agents.
- Coating technology
- Biotechnology
- Polymer industry
- Printing industry
- Medicine and healthcare
- Process and production engineering
Biodegradable parylene coatings
Surface modification with parylene coatings that are degradable for the first time opens up new uses for biomedical applications.
- Coating technology
- Printing industry
- Electrical engineering
- Biotechnology
- Process and production engineering
On-demand digital printing with aerosol jet print head
New aerosol-on-demand (AoD) printing process with a jet print head enables functional digital printing on uneven substrates even with small volumes of fluid.
