the early layers of the sphere (when it's not connected to the stem), we basically have a sphere segment balancing on a flat surface, simply rolling away from the nozzle. I compared all the support settings between the two slicers, but I cannot figure out what is contro...
The data in this file may not be correct for your s <diameter>1.75</diameter> </properties> <settings> <!-- Define as soluble support material --> <cura:setting key="material_is_support_material">true</cura:setting> <setting key="print temperature">205</setting> <setting key="standby...
Support settings Support types Support styles Common options Threshold angle Raft Support filament Top Z distance & Support/object XY distance Base & interface pattern settings Tree support-only options Suitable cases for each type Normal is better Tree is better Smart Overhang Detection Small Overhangs...
Thanks for your prompt reply. This option is not visible in my settings. When I go to settings visibility I get the following pop-up: I think this is because I use the 'Custom FDM printer' printer type. (this is not something i can choose, but cura autodetected this machine. ...
Open the slicing software (ie. CURA) and upload the .ini profile contained into the SD card found with the printer, inside the “Configuration” folder. Load the .STL file into the slicing software. Save the .Gcode into the SD card and insert it into the printer. ...
used slicer (e.g. Cura) and/or user preference. If enabled, the current implementation parses and processes print time and print layer information from the G-code file (nothing else). If disabled, the "layer_disp_type" setting provided in "UI Settings" section in config.ini becomes ...
For example, CURA and Slic3r for FDM processes and Magic for metallic processes. However, there is still no knowledge for which software is better than the other in terms of support structures. 5.4. Support Structure Modeling The majority of works carried out on support modeling are for ...