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Different Types Of Sublimation Printers

Different Types Of Sublimation Printers

Most people who print using sublimation printers don't need to worry about the specific materials needed, as most items can be obtained at a local craft store. However, there are a few things you'll want to make sure to have on hand before starting your sublimation printing project. You can purchase sublimated shirts at

Materials needed for a Sublimation Print

-Sublimation Printer

-Polyester or heat-sensitive fabric


-Printing software (optional)

The first thing you'll need is a sublimation printer. These machines use heat and pressure to transfer ink from a print head onto a substrate, like polyester fabric. 

The next thing you'll need is a heat-sensitive fabric. This fabric will be the shirt or fabric that will receive the printed image. You can purchase pre-made shirts or prints made specifically for sublimation printing, but it's also easy to create your own using materials like heat-sensitive vinyl and reactive dye inks. 

Finally, you'll need an iron and printing software, if you're not doing it manually. The software is used to design your print and control the output of the sublimation printer.

Types of Sublimation Printers

Sublimation printing is a type of printing that uses heat and pressure to create an image on a substrate such as paper or plastic. The image is then transferred to the final product by means of a sublimation ribbon. 

There are three main types of sublimation printers: thermal, thermoplastic, and piezoelectric. Thermal printers use heat to transfer the image from the ribbon to the substrate. Thermoplastic printers use heat and pressure to form the bond between the ribbon and the substrate, while piezoelectric printers use an electric current to control the degree of sublimation. 

Thermal printers are generally faster than thermoplastic or piezoelectric printers, but they are less precise. They are also less expensive than thermoplastic or piezoelectric printers, but they require more space because they need room to heat up the ribbon. Thermoplastic and piezoelectric printers are faster than thermal printers, but they are less precise and require more space.