Publication

Experimental and theoretical analysis of capillary-driven self-alignment dynamics for R2R manufacturing of system-in-foil devices

Massimo Mastrangeli
2012
Conference Papers

Abstract

This paper reports a study on the dynamics of foil-based functional component self-alignment on big plastic substrates. We investigate the dependence of alignment time and final precision of stacking of foil dies on a number of system parameters, such as physical properties of assembly medium, size and weight of assembling dies and their initial misalignment. Using water as a medium for direct self-alignment, mm- and cm-sized square-shaped pre-marked foil dies were aligned with high accuracy (

Official source

https://infoscience.epfl.ch/entities/publication/78c615db-f8c2-4905-811d-17fbb201a12e

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Experimental and theoretical analysis of capillary-driven self-alignment dynamics for R2R manufacturing of system-in-foil devices

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