3DPrinting
3DPrinting is a place where makers of all skill levels and walks of life can learn about and discuss 3D printing and development of 3D printed parts and devices.
The r/functionalprint community is now located at: or !functionalprint@fedia.io
There are CAD communities available at: !cad@lemmy.world or !freecad@lemmy.ml
Rules
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No bigotry - including racism, sexism, ableism, homophobia, transphobia, or xenophobia. Code of Conduct.
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Be respectful, especially when disagreeing. Everyone should feel welcome here.
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No porn (NSFW prints are acceptable but must be marked NSFW)
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No Ads / Spamming / Guerrilla Marketing
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Do not create links to reddit
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If you see an issue please flag it
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No guns
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No injury gore posts
If you need an easy way to host pictures, https://catbox.moe/ may be an option. Be ethical about what you post and donate if you are able or use this a lot. It is just an individual hosting content, not a company. The image embedding syntax for Lemmy is ![]()
Moderation policy: Light, mostly invisible
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I never would have thought to print them at an angle like that, but thinking it through, I bet relative to other obvious-ish options, it a) improved part strength (particularly along the axes where you most need strength), b) saved a bit of material, c) improved bed adhesion. Smart move in general. I'll have to keep that approach in mind for my own prints.
Printing things at a 45 degree angle is a magic cheat code for tons of overhangs. It can also help give your prints more resolution as most designs tend to not care if the "tall" layers are diagonally oriented.
Props for proper print orientation for stress distribution.