Digital printing is still a relevant and prevalent printing method, and DTF is definitely taking the market by storm.
Since 2020, Direct to Film printers and their PET films have locked horns with the conventional printing techniques.
Many believe that DTF printers are going to be the future, so let us find out why DTF is stirring the printing sector.
DTF printers are not just a concept or a technology about to roll out. There are actually manufacturers who are currently offering some of the most efficient and high-quality Printer DTF.
Other traditional techniques such as screen printing can only create simple designs and shapes on prints. Plus, the setup process involved in conventional methods takes a lot of your time and resources which can add up the overall production costs.
The old techniques such as DTG can only support a limited number of colors. The more colors you use, the higher your printing cost will be. So, you will need a substantial amount of investment to get the product into the market before you can see any profits in your bank account.
For example, DTG printing will require a substantial monetary investment for large batches of printing. This makes it a high-risk process because you will have to bear all the costs of damage and waste. Plus DTF printing process is one of the slowest conventional printing methods that will cause delays in processing huge orders.
Why DTF Printers Take the Lead?
Both DTF printers and DTG variants come with a white ink circulation. However, DTF printers use white ink circulation with such precision that you will not have to worry about distortion or unwanted white lines.
Most DTF printers have a mechanism where thick white ink circulates within the ink tube. That said the white ink circulation mechanism of most DTF Printers with PET films produces the most vibrant and high-quality print designs and images.
For instance, this white ink cycle in DTF begins from the printer’s ink bottle, leading to the ink tube. From there it goes to ink the bag, and the pump pushes it on the fabric. This entire movement is dynamic enough to effectively prevent any precipitation of color.