GenesInk develops conductive and semi-conductive inks to enable new functionalities such as transparency, flexibility, and stretchability for the consumer electronics market. What makes GenesInk unique is its capability to solve

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GenesInk develops conductive and semi-conductive inks to enable new functionalities such as transparency, flexibility, and stretchability for the consumer electronics market. What makes GenesInk unique is its capability to solve

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The research is part of the European MADRAS project which will enable mass production of this type of electronics, known as OLAE, for accelerated time-to-market. Seen as a viable alternative

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With the increasing European demand for renewable and greener energies, GenesInk develops conductive and semi-conductive nanoinks sustainably for you to create devices of tomorrow and meet the energies market demand

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WEBINAR : SMART PACKAGING GENESINK’S SOLUTION TO MANY NEEDS

  GenesInk reminds you the next webinar on “Smart packaging: GenesInk’s solution to many needs ”. This webinar will give you more information and details on our range dedicated to

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This event gathered more than 500 companies in the field of nano-technologies among which several tens were involved in the industry of printed electronics. More than 50,000 visitors showed up

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IME combines all of the benefits of In-Mold Decorating with printed, conductive inks, creating a unique solution to user experiences. Watlow, a global supplier of industrial electric thermal solutions, successfully

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GenesInk participated as speaker to the seminar titled « Basics of Screen Printing and Application Examples in Advanced Technology Fields » organized by the Japan Printing Society Technical Committee E & S (Electronics & Screen Printing) Study Group

On 2019 November 15th, Friday, GenesInk participated as speaker to the seminar titled « Basics of Screen Printing and Application Examples in Advanced Technology Fields » organized by the Japan Printing Society

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Screen printing of silver nanowires: balancing conductivity with transparency while maintaining flexibility and stretchability

Printing metal nanowires are particularly attractive as compared to conventional coating methods due to the ease of processing, direct patterning, and large-scale fabrication capability. However, it is still challenging to

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