![]() ![]() The green has turned into a shade of black dots. Here's what the logo looks like after importing into Label LIVE using a print technique called Floyd-Steinberg. Here's a quick fake logo I created to illustrate the differences in dithering. Test both and choose the one that works best for your label. We recommend trying at least two: Threshold and Floyd-Steinberg. Label LIVE has built-in dithering for images. It does this using a technique called dithering. so Label LIVE has to tell the printer exactly where to place the black dots. Your computer's screen has many more dots than the printer. ![]() Higher DPI printers are generally more expensive and slightly slower print quality.įor this example, let's assume a 200 DPI thermal printer that prints one color (black) on white label stock. Increasing to 300 DPI helps with printing and reading small text, but there are tradeoffs. Printer manufacturers have settled on these two DPIs because they are generally "good enough" print quality for the labels most people need.Īt 200 DPI, most text and barcodes look good at a distance, but small text at 200 DPI can start to suffer in quality. The two most common DPIs are 200 (popular entry-level Zebra printers such as GK420d, GX420t) and 300 (entry-level consumer models like DYMO LabelWriter 450 and Brother QL series such as QL-700, 800, etc). A larger number means higher perceived print quality. Printers can print anywhere from 200 DPI (dots per inch) up to 600 DPI. Thermal printers work by printing small dots. It is possible to achieve great print results with just a few small tweaks. Carefully optimizing print quality can make the difference between a lackluster output and a quality label. ![]()
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