@[email protected] to 3DPrintingEnglish • edit-22 days agoFriendly reminder to print awkward models on an angleaussie.zoneimagemessage-square17fedilinkarrow-up1151arrow-down10file-text
arrow-up1151arrow-down1imageFriendly reminder to print awkward models on an angleaussie.zone@[email protected] to 3DPrintingEnglish • edit-22 days agomessage-square17fedilinkfile-text
This is a battery cell case that was a pain last time I printed it with supports Model: https://www.thingiverse.com/thing:5240533/files
minus-square🔰Hurling⚜️Durling🔱linkEnglish4•1 day agoThat’s one, but if you are priting a particularly delicate part, printing at an angle could strengthen the part significantly
minus-square@[email protected]linkfedilinkEnglish4•edit-223 hours agoHow? What mechanisms, conditions, etc, are we manipulating which produce such a significant effect? After a bit of searching I found this write up: https://thor3d.ca/wp/the-effects-of-print-orientation-on-strength/ Is this what we’re referring to? To summarize (if I’ve understood this properly): Printing at 45 degrees ensures none of the print’s three axes are aligned with the printer’s least accurate axis of movement.
That’s one, but if you are priting a particularly delicate part, printing at an angle could strengthen the part significantly
How? What mechanisms, conditions, etc, are we manipulating which produce such a significant effect? After a bit of searching I found this write up:
https://thor3d.ca/wp/the-effects-of-print-orientation-on-strength/
Is this what we’re referring to? To summarize (if I’ve understood this properly): Printing at 45 degrees ensures none of the print’s three axes are aligned with the printer’s least accurate axis of movement.