Learn how heat transfer printing works from start to finish. This beginner-to-pro guide covers essential equipment, printing techniques, materials, and expert tips for high-quality results across apparel, textiles, and promotional items. Read More

For a standard DTF transfer, mirroring your design is crucial to ensure it appears correctly on the garment. Since the artwork is printed onto the film and then heat-pressed ink-side down onto the fabric, flipping the image horizontally before printing is essential. The only exceptions are designs that are perfectly symmetrical or contain no text, but as a rule, all DTF transfers should be mirrored for accurate results. Read More

Flash dryers play a crucial role in the screen printing process by rapidly drying or curing ink on garments. Equipped with a high-intensity heating element and a curing platform—often made of metal or wire mesh—they apply concentrated heat to printed areas. When a garment is placed on the pallet, the heat quickly sets the ink, making it possible to layer multiple colors without smearing. This fast and accurate drying method helps achieve bold, long-lasting prints on a wide range of fabrics. Read More

To get ready for DTF printing using sublimation ink, start by mirroring your design file and ensuring it’s set to a high resolution. Then, print the mirrored image onto the matte side of the DTF film with sublimation ink, making sure the ink stays wet. While it’s still wet, sprinkle hot-melt adhesive DTF powder evenly over the print, shake off any extra powder, and heat-cure the coated film with a press to form a transfer that’s ready for application. Read More

Choosing the right printing method can make or break your apparel business. While sublimation printing has long been a favorite for vibrant sportswear and custom gifts, the rapid rise of DTF (Direct to Film) printing is challenging its dominance. Both techniques produce stunning full-color designs, but their working principles, materials, and finish differ in ways that directly affect durability, texture, and production costs. Read More

A spot cleaning gun is a specialized tool commonly used in screen printing to eliminate unwanted ink marks from garments without the need to wash the entire piece. It works by spraying a targeted cleaning solution that effectively dissolves and lifts inks—especially plastisol—from localized areas such as smudges, pinholes, or accidental fingerprints. Beyond textiles, spot cleaning guns are also valuable in geology and fossil preparation, where they help remove surface debris, loose matrix, and dirt from rocks and mineral specimens with precision. Read More

Worried about your printed t-shirts aging too fast? This guide shows curing, stretch testing, and washing tips to keep screen printed apparel vibrant and long-lasting. Read More

In this guide, we'll explore the five most common mistakes new screen printers make and provide in-depth explanations of why they happen and how you can fix them. These lessons don't just help you avoid wasted time and materials; they also set the foundation for running a sustainable, profitable screen printing business. Read More

Heat Transfer vs. Screen Printing: Which is Best for Customizing Apparel?When it comes to customizing promotional items such as T-shirts, heat transfer vinyl (HTV) and screen printing are two of the most common techniques. Both methods offer their own advantages, but they cater to different needs. I Read More

No matter the size of your shop, having the right tools within reach can make a huge difference in speed, accuracy, and print quality. One of the simplest yet most reliable tools is the T-square. While printers sometimes joke that it could double as a weapon against the competition, its real value l Read More

DTF prints typically last 50-70 washes with proper care—lasting years on shirts, hoodies, and more. Learn what affects durability and how to extend it. Read More

Rotary screen printing, a well-established technique in the textile printing industry, is extensively utilized for printing on textiles, fabrics, garments, and various other substrates. This method involves a cylindrical screen that rotates to apply ink or dye onto the material's surface. Read More