Inkjet Printing of Printed Electronics Materials (Printed Electronics & Photovoltaics Europe 2010)

Tim has been at Xennia for nearly 3 years focusing on developing products and business in a number of applications including printed electronics. Prior to joining Xennia, Tim has worked in a variety of industries in both technical and sales roles, including liquid crystal and organic semiconductor materials and compound semiconductor devices. During this period, Tim published over 50 journal and conference papers and filed over 20 patents. Tim's background has given him a broad understanding of organic chemistry, molecular interactions, semiconductors and electronics, all of which are key areas of inkjet technology and its applications in printed electronics.

 

Tim graduated from the University of Cambridge in 1991 with an MA Honours degree in Natural Sciences, and completed his PhD in liquid crystal physics and chemistry at the University of Bristol in 1994.

Xennia has a broad range of capability in inkjet technology applicable to printed electronics. Xennia is a leading developer and supplier of inks and processes including conductive, resistive, semiconductor, electrochromic, etch resist, colour filter and OLED inks. Xennia is also able to supply robust industrial inkjet modules and systems for production applications, and can support inkjet development programmes by supplying development tools and printing systems.