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01 What is the latest method for apparel printing?
DTF Printing Machines involves a process where a design pattern is printed directly by a printer onto a special film designed for transfer purposes.
Subsequently, a powder known as “hot-melt powder” is sprinkled over the printed film. After undergoing heating and drying, this process forms a transferable layer of ink on the film. This resulting ink layer is then transferred onto a fabric—such as a T-shirt—using a heat press, completing the final product on the spot.
02 In recent years, DTF printers have been rapidly adopted.
Screen printing is currently widely utilized in the apparel printing market. However, this method requires the creation of printing plates, making it unsuitable for small-batch production. Furthermore, full-color printing consumes significant time and effort, as a separate printing plate must be produced for each individual color.
Heat transfer film printing has also seen widespread application. However, when affixing the pattern-bearing transfer sheet to the fabric, manpower must be allocated for the “weeding” process—the manual removal of the portions of the transfer sheet that are not intended to be transferred.
Direct-to-Garment (DTG) printing—which utilizes inkjet printers to print patterns directly onto apparel and fabrics—has also begun to gain popularity. While DTG printing eliminates the need for printing plates and enables full-color printing. It requires the fabric to undergo a pre-treatment process, and each stage of the printing operation necessitates manual intervention by an operator.
In contrast, DTF printing eliminates the hassles associated with plate-making and waste removal that are inherent in traditional methods. Moreover, the printing process itself can be automated for unattended operation. Consequently, it is being rapidly embraced by the market as a technology that significantly contributes to labor savings.
03 A single pet film printing machine system is capable of printing on a wide variety of materials.
In addition to producing T-shirts, these systems can be used to print on tote bags and jackets. The technology is compatible with a diverse range of materials, including cotton, polyester, and nylon.
