Changes

Once the correct 3D printer has been selected, load your model (.stl or .obj file) into Cura. This can be done by either dragging the file and dropping it into the Cura window, by clicking File -> Open Files (Ctrl+O), or by clicking the "Folder shaped" icon.

Once the correct 3D printer has been selected, load your model (.stl or .obj file) into Cura. This can be done by either dragging the file and dropping it into the Cura window, by clicking File -> Open Files (Ctrl+O), or by clicking the "Folder shaped" icon.

=== Position your Part on the Print Bed ===

===Position your Part on the Print Bed===

In Ultimaker Cura, moving your part around, rotating it, scaling, duplicating, are very simple tasks. All you have to do is select your component, and from the choices on the left side of your screen, you may perform any of these aforementioned operations.

In Ultimaker Cura, moving your part around, rotating it, scaling it, or mirroring it, are very simple tasks. All you have to do is select your component, and from the choices on the left side of your screen, you may perform any of these aforementioned operations. Have a look at the tools that are at your disposition in the picture on the right.

===Choose your Layer Height===

===Choose your Layer Height===

Under the "Print settings" window, you will notice a slider referred to as "Profiles - Default", with numbers ranging from 0.06 to 0.6. The numbers refer to the layer height  (sometimes referred to as "resolution") in millimeters, which is the vertical (Z-axis) height of each layer of plastic the printer lays down. The lower the layer height, the longer it will take to print, but the vertical quality (slopes) will be better. If your model lacks any slopes or curves running vertically, lower layer height numbers will only take longer to print, without adding any major improvements in quality.

Under the "Print settings" window, you will notice a slider referred to as "Profiles - Default", with numbers ranging from 0.06 to 0.6. The numbers refer to the layer height  (sometimes referred to as "resolution") in millimeters, which is the vertical (Z-axis) height of each layer of plastic the printer lays down. The lower the layer height, the longer it will take to print, but the vertical quality (slopes) will be better. If your model lacks any slopes or curves running vertically, lower layer height numbers will only take longer to print, without adding any major improvements in quality.