Making DTF (Direct to Film) prints, specifically using an Inkjet printer as mentioned in the reference, involves a straightforward process of preparing a design, printing it onto a special film, applying and curing an adhesive powder, and then heat-pressing the transfer onto a garment.
The Step-by-Step DTF Printing Process
According to the provided reference, here's a breakdown of the key steps when using an Inkjet printer for DTF transfers:
- Prepare the Design: Start with your desired graphic or artwork. Ensure it's sized correctly and formatted appropriately for printing.
- Print on DTF Film: To make DTF transfers with an Inkjet printer you need to first prepare the design then you need to on print on DTF film. This requires a DTF-compatible printer using specialized DTF inks, including white ink which is typically printed last as a base layer.
- Apply DTF Powder: then you need to apply DTF powder immediately after printing while the ink is still wet. This thermoplastic adhesive powder clings to the wet ink. Excess powder is shaken or brushed off.
- Cure the Powder: after curing the powder This step melts the powder onto the ink, creating a stable adhesive layer. This is usually done in a curing oven or using a heat press held slightly above the film without contact.
- Place Film on the T-Shirt: place your DTF film on the t-shirt (or other garment). The side with the cured powder/design faces down onto the fabric.
- Apply Heat Press: and apply heat press or circut This step uses heat and pressure to transfer the design from the film to the garment. Specific time, temperature, and pressure settings are crucial and vary depending on the film, powder, and fabric type.
- Peel Off the Design: and then after few second slowly peel off the design. Once the heat press cycle is complete and the film has cooled slightly (depending on whether it's a hot or cold peel film), the carrier film is carefully peeled away, leaving the vibrant design adhered to the garment.
By following these steps, you can create durable, high-quality transfers suitable for a variety of fabrics.
