Exploration of Fine Lines Profile Effects in Flexographic Printing

Author:

Yusof Mohd Sallehuddin1,Said Z.1,Maksud M.I.1

Affiliation:

1. Universiti Tun Hussein Onn Malaysia

Abstract

Line profile is an important consideration in printing functional devices particularly in printing very fine line for electronic applications. Since laser machining provides the opportunity to apply extreme fine lines with different profiles where unachievable mechanically. Laser ablated printing plate are costly to produce, hence it is appropriate to investigate this within a computational framework beforehand. Therefore several designs will be investigated with different geometry as the variables using both linear elastic and non linear hyperelastic models. The results exhibits that finite element analysis serves appropriately as an exploration tool where it worked well with experimental results.

Publisher

Trans Tech Publications, Ltd.

Reference6 articles.

1. M.S. Yusof, D.T. Gethin, Investigation of Carbon Black Ink on Fine Solid Line in Flexography, Proceedings of 3rd WSEAS International Conferences on Nanotechnology, World Academic and Scientific Engineering Society, Cambridge University, UK, (2011).

2. M.S. Yusof, T.V. Korochkina, T.C. Claypole, D.T. Gethin, An Investigation into Deformation of Photopolymer Plate During Printing Solid Lines in Flexography, Proceedings 5th European Conference on Constitutive Models for Rubber (ECCMR), Paris, France, pp.433-439, (2007).

3. M.S. Yusof, D.T. Gethin, A.M. Ahmad Zaidi, Application of Finite Elements on Non-Linear Deformation of Flexographic Photopolymer Printing Plate, Proceedings of the World Congress on Engineering (ICMEEM), Vol II, Imperial College, London, UK: Newswood Limited, International Association of Engineers pp. pg. 1197-1201, (2008).

4. Bould D.C. An Investigation into Quality Improvements in Flexographic Printing, PhD thesis, University of Wales Swansea, (2001).

5. Hamblyn S. The Role of the Plate in the Ink Transfer Process in Flexographic Printing, PhD thesis, University of Wales Swansea, (2004).

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