Notion Systems - It's not nozzle count alone that matters: n.jet EHD powered by Scrona
The Future of Electronics RESHAPED Berlin October 2025
TechBlick Event
Information
It is widely agreed that additive processes make electronics production more sustainable, while reducing waste and cost at the same time.
While inkjet has been very successful in this area, and the adoption of this mature digital printing technology is still ongoing, it is also clear that this inkjet has its limits. While excelling in productivity, the limitations of inkjet in viscosity, as well as minimal feature size are widely known.
Electrohydrodynamic Deposition (EHD) pushes the limits of digital printing, both, in feature size, as well as in viscosity. In this presentation we will take a closer look to productivity of this technology and present some recent developments and potential application areas.
While inkjet has been very successful in this area, and the adoption of this mature digital printing technology is still ongoing, it is also clear that this inkjet has its limits. While excelling in productivity, the limitations of inkjet in viscosity, as well as minimal feature size are widely known.
Electrohydrodynamic Deposition (EHD) pushes the limits of digital printing, both, in feature size, as well as in viscosity. In this presentation we will take a closer look to productivity of this technology and present some recent developments and potential application areas.
