This beginner - mid level tutorial shows how to create a base mesh with sub divisions egg cup holder in Blender 3.0 and then how to export the stl file over to Prusa mk3s 3d printer with some tips and tricks on how to avoid perimiter problems and how to avoid using supports when printing. 00:24 - Measure Egg 43mm (almost the meaning of life) 01:22 - Unit scale Change Unit scale from 1.0000000 to 0.01 if using milimeters 02:14 - Blender 3d modelling of egg cup holder 04:50 - Sculpting dragon scales 06:00 - Zbrush question (Does blender have a radial brush?) 07:00 - Export to prusa slicer (selection only + apply modifiers) 10:09 - Finished 3d print and final thoughts It took 2 hours and 45 minutes to print Cost: Filament: £0.41 Electricity: £0.12 It costs about 16p for 1 kWh = 1000w * 60 minutes. This 3d printer runs at the most between 150w and 300w while printing. So the electrical cost is actually pretty impressively low. #blender #blender3.0 #prusa #prusaprinter #prusamk3s #tutorial
This beginner - mid level tutorial shows how to create a base mesh with sub divisions egg cup holder in Blender 3.0 and then how to export the stl file over to Prusa mk3s 3d printer with some tips and tricks on how to avoid perimiter problems and how to avoid using supports when printing. 00:24 - Measure Egg 43mm (almost the meaning of life) 01:22 - Unit scale Change Unit scale from 1.0000000 to 0.01 if using milimeters 02:14 - Blender 3d modelling of egg cup holder 04:50 - Sculpting dragon scales 06:00 - Zbrush question (Does blender have a radial brush?) 07:00 - Export to prusa slicer (selection only + apply modifiers) 10:09 - Finished 3d print and final thoughts It took 2 hours and 45 minutes to print Cost: Filament: £0.41 Electricity: £0.12 It costs about 16p for 1 kWh = 1000w * 60 minutes. This 3d printer runs at the most between 150w and 300w while printing. So the electrical cost is actually pretty impressively low. #blender #blender3.0 #prusa #prusaprinter #prusamk3s #tutorial