bed leveling test...

thingiverse

yeah... that's it... a bed leveling test... Fits on an Ender 5 without a skirt (build plate adhesion). "Curvy v2.stl" can be scaled up to 110% in the X and Y directions and still fit on an Ender 5 bed. A second copy will also fit. I think the top layer looks better with a high "Wall Line Count". Try changing "Wall Line Count" to something bigger, like to a value of 25 in Cura. If you want it to print faster for bed leveling, adjust the Z axis to move some thickness below the bedplate so it won't print or just scale down the Z axis. The default thickness at 100% scaling is 1.6mm. If you print one layer thick, I suspect they would also statically cling to glass or mirror... in case you want to class up the place... Also I suggest enabling "Print Thin Walls" in Cura since there is a thin strand of hair in at least one case that appears to not print otherwise. Inspired by: https://www.thingiverse.com/thing:4719770 and SVG files from: https://svgsilh.com My intention was to experiment with combining and editing several meshes at a time in Fusion 360. Experimenting with the meshes resulted in a few different variants. I decided to simplify the OpenSCAD code from https://www.thingiverse.com/thing:4719770 also to only convert an .svg file into an .stl file. I thought it would be interesting to include for educational purposes. I included some of resulting .stl files from the OpenSCAD conversions as well. This is the entire OpenSCAD code that appears necessary to import and scale a .svg file (in this case a file called img.svg) at which point it can be rendered and then exported to a .stl file: h=1.6; scx=.2; scy=.2; scz=1; scale([scx, scy, scz]) translate(v=[-30, 173, h/2]) linear_extrude(height=h) import("img.svg", center=true, convexity=3); Enjoy!