3D Printer Accuracy Test

myminifactory

These are simple accuracy tests designed to verify accuracy in X and Y (not layer height).\r\n \r\nWhen acquiring a new 3D printer, it's difficult to know its capabilities at first, and you may experience issues like gaps being too small or too large when printing models such as bearings.\r\nThis set of testers can be used as a future reference guide; after some time, you might forget what your printer is capable of, so you can check your printed testers and gain clarity.\r\n \r\nBelow are some included testers with the most commonly used configurations:\r\n \r\n0.2 nozzle - 40 mm/s\r\n0.2 nozzle - 45 mm/s\r\n0.2 nozzle - 50 mm/s\r\n0.2 nozzle - 55 mm/s\r\n0.2 nozzle - 60 mm/s\r\n \r\n0.3 nozzle - 40 mm/s\r\n0.3 nozzle - 45 mm/s\r\n0.3 nozzle - 50 mm/s\r\n0.3 nozzle - 55 mm/s\r\n0.3 nozzle - 60 mm/s\r\n \r\n0.4 nozzle - 40 mm/s\r\n0.4 nozzle - 45 mm/s\r\n0.4 nozzle - 50 mm/s\r\n0.4 nozzle - 55 mm/s\r\n0.4 nozzle - 60 mm/s\r\n \r\nA "blank - custom" tablet is included if you prefer to use alternative configuration settings; after printing, you can record your settings properties on the blank tablet.\r\n \r\nTypically, I use infill densities ranging from 20 to 30% with a 0.2 layer height. Each piece takes approximately 20-30 minutes to print, depending on your printer's settings.\r\n \r\nIf you require additional configuration setting testers for features like 0.5 nozzle, varied gap sizes, or different speed settings, feel free to ask, and I'll create them as soon as possible.