CR-3D Calibration Cubes

thingiverse

We are a manufacturer of industrial 3D printers and have always printed many different test models to validate our printers. Since the effort was too great for us, we developed our own calibration cube ourselves, which integrated everything from various test models. We have also created a dual variant to calibrate our IDEX printers. If you are interested in our printers, you are welcome to visit our homepage at any time. https://www.cr3d.de/ We wish you a lot of fun with our calibration cubes. We have also attached descriptions of what the individual cubes can test. The calibration cubes are integrated in our own SliCR-3D. If you want to find out more about this, visit our SliCR-3D Site https://www.cr3d.de/slicr-3d/ Single Extruder Cube You can test a lot of parameters with the single extruder cube. there are many ways to check the dimensional accuracy. Holes, openings, external dimensions and much more. There are also places where bridging is necessary. There are places with different bridging lengths for this purpose in order to be able to test the behavior furthermore there are fine details and thin walls to test the precision of the printer In addition, a ringing test was built in to examine the vibration behavior of the printer. Dual Extruder Cube You can test a lot of parameters with the dual extruder calibration cube. there are many ways to check the dimensional accuracy and the Tool Offsets of your dual extruder The tool offsets in the XY direction can be determined most easily with the lower layers. For this purpose, in the lower part of the cube, attention is paid to whether the various elements of the cube are shifted in one direction. To do this, the distance is simply determined using a caliper and then readjusted in the printer. There are also other multi-material locations throughout the cube, where the accuracy of fit of the two tools can be checked. There are also places where bridging is necessary. There are places with different bridging lengths for this purpose in order to be able to test the behavior furthermore there are fine details and thin walls to test the precision of the printer