ORELTECH is a Berlin startup and pioneer in the field of advanced metallization techniques.
Our metallization inks enable cost-efficient electrodes, electronic shielding, catalytic surfaces and metallic coatings that can be applied to almost any surface materials and shapes.
We develop conductive inks and fluids that can be processed in inkjet printers without the usual addition of metallic nanoparticles.
All known printing methods like aerosol spray, inkjet, slot-die and dip-coating are compatible with ORELTECH’s inks series. Even precious metal coatings can be applied using the company’s technology – including silver, gold, platinum and palladium.
ORELTECH’s proprietary technology enables the next generation of electronic devices
With ORELTECH’s patented surface coating technology, the production of multiple surfaces such as OLEDs and solar cells is more cost efficient and environmentally friendly compared to current processes.
Our proprietary technology enables the next generation of electronic devices and their metallization inks’ process to be customized to suit the needs of every customer.
Our process allows us to print metal layers onto almost any surface, 2D or 3D. Paper, plastic and fabrics can become conductive, removing the need for heavy metallic wires. This makes it a perfect candidate for automotive, aerospace and drone technologies.
Our technology allows for the deposition of precious metal catalytic nanoparticles onto complex 3D structures, including porous scaffolds and micron-sized powders. This is a technology of interest for the production of batteries, solar and fuel cells.
Conductive fabric metallized with gold or silver using our technology can be a perfect material for medical devices or smart wearables.
Natalia is an expert in organic electronic materials and their applications, thin-film growth and computational chemistry. She has a Ph.D. in chemistry from the Weizmann Institute of Science.
Konstantin is an expert in surface chemistry and composite materials with experience in nanoparticle synthesis and electron microscopy. He has a Ph.D. in chemistry from the Weizmann Institute of Science.
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