The majority of applications that incorporate printed electronics are getting thinner in dimension and form factor is a key parameter. SmartInk conductive inks solutions open a new dimension for highly flexible electronic devices and connected objects by eliminating this technical road block.
GenesInk offers the ability to integrate electronic devices into most objects without having an impact on their shape or size: making them flexible, conformable, invisible while showing prolonged performance.
Connected objects and
flexible electronics
Organic
electronics
Organic solar cells and organic LEDs show great potential due to their low production costs and mechanical flexibility. These characteristics open up a new range of solar cell applications. The HeliosInk product line covers most of the technologies that are required to manufacture thin, semi-transparent and flexible organic solar cells, from electrodes to charge transport layers.
Transparent
conductive films
Transparent conductive films find applications in various fields in a wide range of products such as OPV, OLEDs, displays. With the emergence of new technologies such as flexible OPV or flexible displays, ITO films are no longer relevant since this material is brittle. GenesInk TranDuctive® is a wet solution printable with standard coating processes and compatible with plastic substrates thanks to its low drying temperature, enabling flexible device manufacturing.
In-mold
Electronics
In-Mold Electronics eliminate additional weight and post-processing operations by allowing the electronic circuitry to be directly included during the molding cycle. It combines In-Mold Decorating technology with Printed Electronics. GenesInk’s SmartInk product line dedicated to In-Mold Electronics requires no compromise between formability and conductivity.
Nano-solution conductive inks based
on metal and metal oxides.

Join the IoT revolution using innovative and flexible applications with our conductive inks for downsized circuits and bright displays. SmartInk products are the right solutions for printing highly conductive and flexible circuits. SmartInk products are curable at very low temperatures and provide low sheet resistances.

The right choice for more efficient and longer shelf life OPV and OLED devices. In addition to SmartInk conductive grids and bus bars, GenesInk patented HeliosInk solutions can be used for charge transport layer deposition in OPV and OLED cells, for both ETL and HTL layers.

Considering the emergence of flexible screen technologies and flexible displays, ITO films are no longer relevant since this material is brittle. GenesInk proposes TranDuctive® as a wet solution printable with standard coating processes .
TranDuctive® inks are designed to improve processing cost in manufacturing ETL and transparent conductive layers for OPV, OLEDs and displays.

In order to support the development of your new products, GenesInk is at your service by providing its expertise and equipment to your product development teams.
According to specifications and objectives defined with its customers, GenesInk is able to:
– Synthesize new nanomaterials
– Develop new ink formulations
– Optimize formulation processes and support your scale-up phases
Creativity and respect commit
our team to delivering excellence.
CREATIVITY
EXCELLENCE
COMMITMENT
PEOPLE FOCUS & TALENT MANAGEMENT

Smaller, further, faster :
this is GenesInk !
We offer more than 40 nano-solutions now available at ton scale, and we can formulate custom design inks to meet your specific needs.
Our industrial solutions are used for Integrated Smart Systems (flexible and printed devices for IoT), flexible and organic solar cells and OLEDs, touch panel displays.
By reducing the form factor of electronics, we help you to create new designs and smaller devices.
Our solutions serve multiple markets, including:
– Connected devices such as glasses, windows, watches, hearing aid, medical devices, office supplies
– RFID, LoRa, SigFox antennas
– Flexible PCBs and sensors
– Biosensors
– In-Mold Electronics for automotive and appliances
– Shielding
– ITO substrates
– Displays
– Solar cells (organics and perovskite),
– OLEDs
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