Innovations in digital printing technologies now provide not just a fast and efficient way to translate designs onto a number of different fabrics, and one which yields stunning results, but also an avenue that uses less water and generates much less waste than conventional printing.
How does it work?Digital textile printing typically uses inkjet technology to print colors onto fabric. The fabric is fed through the printer, which sprays the dye onto the textile with tiny droplets. The final step is fixing the fabric, a process that ensures the permanency of the design. |
Sustainability benefitsDigital textile printing involves lesser power and water consumption as compared to conventional printing. As well as it uses significantly less ink and minimizes waste, while compared to screen printing, the dominant form of textile printing currently. |
Highlights/USPFast sampling and quick delivery turnaround times |
Stage of commercializationEarly stage of commercialization |
Types of professionals who can improve the solutionTextile engineers, Mechatronic engineers
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Specifically relevant to any geography?More relevant to countries that produce fabrics on a large scale
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Decarbonization PotentialLow-moderate
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Value ChainFabric dyeing and finishing , |
When it comes to producing textiles and clothing, the most popular method of fabric printing sought out by companies and designers is digital printing. This resource outlines the environmentally friendly approach to digital printing on silk.
Digital printing technologies are by nature more sustainable than traditional analog alternatives, and offer a way forward towards clean, efficient, profitable manufacturing. This blog elaborates how digital Print Technologies and CAD /CAM software offer a sustainable solution to the negative environmental impact of traditional textile manufacturing practices.