In this work we present a direct printing of microlenses using high viscous polymer materials. In particular the pyro-electric effect activated onto a Lithium Niobate crystal is exploited for the fabrication on demand of microlens array. © 2014 AEIT.
Pyro-printing on demand of polymer microlenses
Coppola Sara;Vespini Veronica;Mecozzi Laura;Miccio Lisa;Grilli Simonetta;Ferraro Pietro;Grimaldi Immacolata Angelica;
2014
Abstract
In this work we present a direct printing of microlenses using high viscous polymer materials. In particular the pyro-electric effect activated onto a Lithium Niobate crystal is exploited for the fabrication on demand of microlens array. © 2014 AEIT.File in questo prodotto:
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