The production process of digital printing is simply written into a computer by various digital means such as scanning, digital photo, image or computer processing, and then processed by computer color separation printing system, and then passed by dedicated RIP software. The printing system directly prints various special dyes (active, dispersed, acidic main paint) onto various fabrics or other media, and after processing, obtains various highs on various textile fabrics. The precision printing products have the following advantages compared with the traditional printing and dyeing process:
The production process of digital printing greatly shortens the original process route, and the ordering speed is fast, and the proofing cost is greatly reduced.
Since the production process of the digital printing is free from the process of color separation, production, and web making in the traditional printing process, the production time is greatly shortened. The way to accept the pattern can be through CD, E-mail and other advanced means. The general proofing time is no more than one working day, and the traditional proofing period is generally about one week.
In addition, the cost of proofing is greatly reduced due to the simplification of the process. The shortening of the proofing cycle and the reduction of the proofing cost are under the market competition law of today's time, and efficiency is the life of the market competition law, which undoubtedly brings more market opportunities to the enterprise.
The principle of digital printing technology makes its products break the limitation of traditional production of color and flower length, which can make textile fabrics achieve high-grade printing.
Since the digital printing technology can adopt digital patterns, the color measurement, color matching and printing of the digital printing products can theoretically reach 16.7 million colors, which breaks through the color limitation of the traditional textile printing and dyeing patterns, especially in the color. Digital printing is technically unparalleled in the printing of high-precision patterns such as gradation and moiré. In addition, the traditional printed pattern is often limited by the length of the “flower back”, and the concept of “flower back” may not exist in the process of digital printing, which greatly expands the space of textile pattern design and enhances the grade of the product.
The digital printing production truly realizes the production process of small batches and fast reaction, and the production batch is not subject to any restrictions.