The Deposition Process Optimization by Controlling of the Piezo Elements in the Print Head

Peter Lukács,Alena Pietriková,Jerzy Potencki,Grzegorz Tomaszewski

doi:10.15546/aeei-2016-0018

Abstract

The Deposition Process Optimization by Controlling of the Piezo Elements in the Print Head

Highlights

Nowadays the possibility of the creation of precise structures with high accuracy is most desirable mainly in the case of technologies in electronics
This paper offers the optimized actuating signal for silver based nano-ink UTDAgIJ manufactured by UT Dots, Inc., using the nozzle with diameter 70 μm
This paper describes the deposition process optimization by managing of the actuating signal which controls the piezo elements in the print head

Summary

INTRODUCTION

Nowadays the possibility of the creation of precise structures with high accuracy is most desirable mainly in the case of technologies in electronics. The unstoppable development of nanotechnology brings new possibilities in the area of electronics technology One of these technologies is inkjet printing technology (IJP), which offers a lot of advantages, such as creation conductive, semi conductive, isolation or other function layers onto various flexible or rigid substrates. Described non-contact printing method presents the digital printing, which works with small ink quantities with very low viscosity based on nanoparticles of special materials This printing nano-technology is suitable especially for applications, where the precise printing with high accuracy is desirable [1]. This printing technology is suitable especially for applications, where the precise printing with high accuracy is desirable [1, 8]. These technological aspects represent the most important technological parameters, which must be taken into consideration during the deposition settings [1]

DROPS GENERATION

OPTIMIZATION PROCESS

CONCLUSION