I’m not very knowledgeable about 3D printing. Are you saying that the model isn’t a sphere that is then interpreted by a printer to fit its filament size? I guess I assumed models were vectored like SVG image file?
Resin printers don’t have a “filament size,” it’s the resolution of the screen that cures an ultra-thin sheet of resin, separates, and repeats until the shape is formed. If the model was spherical, the object would be nearly a perfect sphere by visual inspection. They fed it a faceted, low-poly sphere you could pull off with a fdm printer (filament deposition). As far as detail, FDM = le Potato Cutter, Resin = DaVinci Robotic Surgical System.
I’m not very knowledgeable about 3D printing. Are you saying that the model isn’t a sphere that is then interpreted by a printer to fit its filament size? I guess I assumed models were vectored like SVG image file?
Resin printers don’t have a “filament size,” it’s the resolution of the screen that cures an ultra-thin sheet of resin, separates, and repeats until the shape is formed. If the model was spherical, the object would be nearly a perfect sphere by visual inspection. They fed it a faceted, low-poly sphere you could pull off with a fdm printer (filament deposition). As far as detail, FDM = le Potato Cutter, Resin = DaVinci Robotic Surgical System.
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What a fantastic answer! I’m very grateful for the work you put into that :)