![]() ![]() (Standard Value/Measured value) * Current Steps/mm = New Value for Steps/mm If the values aren’t 20mm or very close like 20.05mm, then you want to make some calculations.įor example, if you measure the Y-axis distance and it was 20.26mm, we would want to use a simple formula:.After it’s printed, get your pair of digital calipers and measure each side, then note down the measurements.Print the model using your standard settings, no supports or a raft is needed.Download the XYZ Calibration Cube from Thingiverse.Let’s get into how to actually take measurements and do adjustments as needed. Each side should measure up at 20mm on the XYZ Calibration Cube, ideally using Digital Calipers. It’s a great way to see how your XYZ calibration cube should look based on how well your 3D printer performs and your settings.Īs you can see, it has the letters X, Y & Z engraved on the cube to indicate the axes that you are measuring. It has over 2 million downloads on Thingiverse and over 1,000 user-submitted “ Makes” that people have created. This model takes less than 1 hour to 3D print and is a great way to test a 3D printer’s basic capabilities. The XYZ Calibration Cube is used to test dimensional calibration and to tune your 3D printer in a way that will help you print 3D models of high quality with a higher level of accuracy and precise dimensions. You can significantly improve your dimensional accuracy. You can then measure and analyze the cube to get an insight about whether your 3D printer is properly calibrated or not. To use the XYZ Calibration Cube for 3D printing, simply download the STL file from Thingiverse and 3D print it with your standard settings. How to Use the XYZ Calibration Cube for 3D Printing XYZ Calibration Cube Troubleshooting & Diagnosis.How to Use the XYZ Calibration Cube for 3D Printing. ![]()
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