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Have you made the wall thickness an exact multiple of the nozzle diameter? Then export to STL using a fine-setting, so the segments are not too long and don't cut corners too much. But even then there will be places where total thickness is slightly more and where it is slightly less than in your design, due to the straigth lines of the segments. Not sure how the slicer will handle this. And then print rather slow (and cool to prevent overheating the filament in the nozzle), so there is no underextrusion. Before printing the whole model, try cutting out the most critical part and try to optimise that, so you don't waste too much material and time.
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Another Cura release has arrived and in this 5.8 beta release, the focus is on improving Z seams, as well as completing support for the full Method series of printers by introducing a profile for the UltiMaker Method.
We are happy to announce the next evolution in the UltiMaker 3D printer lineup: the UltiMaker Factor 4 industrial-grade 3D printer, designed to take manufacturing to new levels of efficiency and reliability. Factor 4 is an end-to-end 3D printing solution for light industrial applications
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geert_2 558
Have you made the wall thickness an exact multiple of the nozzle diameter? Then export to STL using a fine-setting, so the segments are not too long and don't cut corners too much. But even then there will be places where total thickness is slightly more and where it is slightly less than in your design, due to the straigth lines of the segments. Not sure how the slicer will handle this. And then print rather slow (and cool to prevent overheating the filament in the nozzle), so there is no underextrusion. Before printing the whole model, try cutting out the most critical part and try to optimise that, so you don't waste too much material and time.
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