The DTF Printers and Technology section brings you information on the latest equipment, materials and innovations in the field of DTF printing. Here you will learn how to choose the right printer for your needs, how each technology works and what accessories or materials will make your work easier. You will also find practical tips for efficient operation and an overview of the trends that are shaping the future of digital textile printing.
How do you set a heat press for DTF so the transfer does not lift on the edges, does not create glossy patches, and the result is repeatable? If you want to stop tuning parameters at random, read this guide all the way to the end. It will show you what truly matters in DTF and how to simplify the setup in practice. You will get a process you can turn into a routine.
Have you ever had a DTF transfer fail to adhere to the textile at all after pressing, or start tearing when you peel the film? If you want to quickly pinpoint what exactly failed in the process, read this article to the end. We will go through the most common causes that repeat in practice and how to identify them reliably. Let us fix it without blind trial-and-error.
Which trends in digital textile printing will decide who stays truly competitive in the coming years? DTF is already changing how companies print on textiles, but its real potential is only now becoming fully clear.
DTF technology has become the standard in recent years for printing on textiles and promotional items, but how do you navigate the terms classic DTF, UV DTF, and hybrid systems?
Are you confused about which DTF powder to choose so that your print looks great, wears well and lasts a long time? Are you looking for a simple but accurate guide to grammage, grain size and fusing temperature? In this article you will find practical answers and recommended parameters for common situations in practice. Read on and choose a powder that will really help your projects.
Do you need to peel off the film as quickly as possible for DTF printing, or do you want maximum transfer and detail security? How do you know when to choose hot-peel and when to cold-peel, and how to precisely set the press so that the result lasts even after dozens of washes? In the article you will find practical settings, a comparison of advantages and step-by-step procedures. Ready for everyday operation and demanding jobs.
A new product for 2025 is entering the market – a fully automatic DTF set equipped with eight print heads. This modern technology takes textile printing to a higher level thanks to a combination of speed, precision and user comfort. The automated process minimizes the need for manual intervention, thereby simplifying operation and increasing productivity. Eight print heads ensure even higher performance, sharp details and stable color even during high-volume printing. The new product is therefore an ideal solution for companies that want to keep up with the growing demands of the market and offer customers top quality. Let's take a look at the key advantages of the new generation of DTF technology.
DTF printers are set to become a key technology for printing and textile companies in 2025. The new generation of printers brings faster printing, more precise details and the ability to work with a wide range of materials. Thanks to the combination of high productivity and low operating costs, even small companies can afford to offer their customers top quality at an affordable price. In addition, modern DTF printers can easily handle high demand, making them a reliable partner for a dynamically developing market. If you want to keep up with the competition in 2025, investing in innovative DTF solutions is a necessary step.
The textile printing and polygraphy industry has experienced rapid development. Companies operating in this market must keep up with innovations and offer solutions that allow them to respond quickly to demand. The field of DTF printing is not left behind either. The high-speed Turbo DTF printer with 5 print heads from Epson has entered the market, representing a new level of performance and efficiency. In this article, we will take a closer look at what this technology has to offer.
