Xennia unveils inkjet development dispenser

Xennia Technology, an industrial inkjet software and technology supplier, will present and exhibit a review of the use of inkjet technology in depositing printed electronics materials at Printed Electronics Europe 2010 in Dresden on April 12-14. This will also mark the launch of the latest version of its precision inkjet development dispenser, the XenJet 4000, with software specifically designed for the deposition of printed electronics and other functional materials.

The XenJet 4000 is already used as a development tool by many companies in printed electronics, biomedical/pharmaceutical and other applications. It allows experienced or novice developers to get to grips with industrial inkjet technology quickly in order to develop inks and fluids, test new printing processes and evaluate printhead suitability for any particular application.

The proprietary Xennia software incorporated in the XenJet 4000 is designed to suit a range of demanding functional and nano-material applications. Benefits of the new software include an increased degree of control of drop volume for layer/film thickness optimization, full control of image processing parameters for multi-layering applications and a fully integrated intuitive user interface allowing simple operation, or detailed access to print parameters, as required. The software supports all major industrial piezo printheads and has the ability to process DXF and Gerber format files, ideal for printed electronics applications.

‘Our customers have been using the XenJet 4000 successfully for several years now, including on a number of printed electronic applications,’ said Xennia sales and marketing director Hannah O’Brien, ‘and the feedback from these users has been incorporated into the latest version of this versatile printer. The new software, along with Xennia’s recognized ability to develop new fluids in collaboration with customers, makes Xennia the ideal partner for companies interested in developing new applications and processes.’

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