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Digital textile printing has benefitted because many of these technologies can be adapted and reconfigured for textile applications.īetween 20 digitally printed textile output rose by 300% to 70 m square metres ( Milmo, 2007).
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This buoyancy has stimulated innovation and a readiness to invest in new technologies. UV-curable inks were developed to print uncoated packaging materials. Solvent-based pigment inks were developed to print directly on uncoated vinyl to achieve photographic quality for the sign industry. Ĭolour gamuts of these new inks were a significant improvement on traditional silver-halide prints, so the digital photo and fine art industry was transformed by high resolution inkjet printers and specially coated substrates.Water-based pigment inks were introduced, giving enhanced fade resistance for signage applications. Water-based inks were developed so that they could be used in large-format display graphics. Herrera provides specific examples of such developments: This has been achieved by the parallel development of inks, printing technologies and new application areas. Inkjet printing technologies, however, have witnessed a worldwide annual growth rate of 11% ( Herrera, 2009).