Printing has much higher resolution (typically 600 pixels/dots per inch, DPI) than what you see on a computer screen (typically 72 pixels/dots per inch, DPI). These processes typically require vector input to work at all - in most cases you can'tĬut/extrude the base material without the shape definitions used in vector graphics. Transfer the relevant color to the right place on the end product. It boils down to cutting or extruding the shapes of the input vector image in someīase material (silk screens, copper plates, other) that is then used to While the quality and feel of the end result may differ between them, Shape printing - again, there are many printing techniques that fall under this
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Vector images as the input as they allow taking full advantage of the printer's resolution There are even industrial inkjet style printers that can print on clothes.Įven though the printing is fundamentally done with pixels, it still makes sense to use That most consumers are familiar with such as inkjet and laser printers fall into this category. While the quality and feel of the end result may differ between them, it boilsĭown to printing pixels on either paper or clothes. Rasterized printing - there are many printing techniques that fall under this generalĬategory. There are fundamentally two different ways in which something gets printed on paper or clothes:
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