Our Collection
What People Are Saying
From Imagination to Fabrication, We Make It Yours




Our Products



Versatile Application of DTF Transfer
Our direct-to-film prints are great for apparel, promotional materials, personalized gifts, and so much more, such as cotton t-shirts, sportswear, hoodies, sweatshirts, canvas bags, jeans, caps and so on.

Upload your design here
How do you order a ready-made DTF transfer?
- Upload your design(s).
- Choose the size & quantity
- Create a design overview
Select 'Add to cart' - Complete your payment process
FAQs
What is DTF (Direct to Film)?
DTF is a printing process that transfers full-color images to various materials using a wide format printer and PET transfer film with water-based pigmented ink. It involves white ink for adhesion and curing in a dryer
What kind of files should I use for DTF?
Use 300 DPI transparent PNG files. Ensure no pixelation, high resolution, and a transparent background.
What makes a good transfer?
A good transfer depends on the quality of the printer, consumables, knowledge of the process, and proper curing. It starts with high-resolution, transparent artwork.
What is UV DTF Transfer?
UV DTF (Direct to Film) transfer is indeed a specialized printing method where UV-curable ink is printed directly onto a specially coated film. After the ink is applied, UV light cures it, creating vibrant and durable prints with a high level of detail. This method is particularly versatile since it allows for transferring designs onto various non-porous surfaces, such as glass, metal, and plastic, without needing heat pressing or pretreatment. The cured ink creates a long-lasting, scratch-resistant print with excellent color accuracy and resolution, making it suitable for both intricate designs and high-volume production.
How is DTF different from other printing methods like screen printing, DTG, dye sublimation, or HTV?
DTF offers vibrant color transfers, doesn't require pretreatment, doesn't involve weeding, has no color or fabric limitations, and doesn't need high temperatures.