GenesInk specializes in nano-solutions that help you to connect the objects of tomorrow. We help our customers to reduce the electronic circuits from factor and design to new products for IoT, display, organic photovoltaics and LED, as well as for automotive purposes.
What can you expect to get from Genesink?
- Improved printing performance
- Better line resolution
- Less thickness
- More flexibility
- More stretchable
- Improved transparency (TranDuctive)
- Increased throughput
- Reduced ink usage
- Enables new designs
- Less hassles
- Easy substitution of current ink processes
- Longer shelf life
- Longer use time (no constant stirring/thinning needed)
- Less clogging
- Less cleaning
- Full solution (ink/cleaning solution par)
- Less waste
- Ability to supply large quantities
Genesink Products
SMARTINK
Conductive ink
SmartInk products are the right solutions for the printing of highly conductive and flexible circuits. SmartInk products are cured at lower temperatures, enabling the use of flexible substrates (polyimide, PET, PEN…) and resulting in faster drying and lower sheet resistances than competitive silver products.
HELIOSINK
SEMI CONDUCTIVE INK
GenesInk’s patented HeliosInk solutions can be used for electrode manufacturing or charge transport layer disposition in OPV cells.
TRANDUCTIVE
TRANSPARENT CONDUCTIVE LAYERS
TranDuctive inks are designed to improve cost processing in manufacturing ETL and transparent conductive layers for OPV, OLED, and displays. GenesInk offers two ranges as alternatives to existing products.
CUSTOM DESIGN
CUSTOM MATERIALS AND ACTIVE INKS
Being able to develop new materials and formulate active inks for printing, GenesInk supports its customers with solutions ranging from the manufacturing of active ingredients for their applications to fine-tuning existing solutions to their specific needs.
For a full list of all our product partners, click HERE. To place an order or find out more information, please contact us using our contact form, found HERE.
For more information on GenesInk, visit their website.