Sat, Jun

UV has seemingly become the technology of choice – the fastest growing segment in the wide-format printer market – but where is it going?

The world, it seems, is in love with UV printing. The fastest growing segment in the wide-format printer market, there are an estimated 10,000 wide-format UV printers installed globally and the figure is rising. According to InfoTrends’ ‘Wide Format UV-Curable Inkjet Market Forecast’, the total system revenue from wide-format UV-curable inkjet printing systems, including hardware, ink, media, and service contracts, will reach $2.33 billion in 2013 from $1.1 billion in 2008, representing a CAGR of nearly 16%.

Have you a slick workflow that harnesses the full potential of your kit line-up or is there room for manoeuvre?

“When customers first look at investment they tend to focus on the biggest capital expense and how they expect that to add to their bottom line,” states Paul Bates, EskoArtwork regional business manager UK and Eire. “But what they often don’t consider is the added pressure this puts on all their departments and the potential bottlenecks this could introduce into their workflow.

Sophie Matthews-Paul looks at how developments have impacted upon inks and substrates for digitally printed textiles.

Perhaps it became a myth as the years passed that a textile coming under the digital heading is a material that has been used in conjunction with a machine which can print inks or dyes specifically for fabrics. Where this misconception originated is anyone’s guess but, depending on the end application desired, there’s no reason why many applications can’t be produced using other chemistries.

There’s been a surge of new machines this year, but who’s going to buy what? Sophie Matthews-Paul comments.

Digital textile printers now cover the entire gamut of investment paths. Key introductions thus far have concentrated mainly on dye-sublimation, although there are other options coming on line, but for the purposes of the display sector, this remains the most popular process.