Mr.Mofu@lemmy.blahaj.zone to 196@lemmy.blahaj.zone · 11 months agoBudget Rulelemmy.blahaj.zoneimagemessage-square66fedilinkarrow-up1970arrow-down10
arrow-up1970arrow-down1imageBudget Rulelemmy.blahaj.zoneMr.Mofu@lemmy.blahaj.zone to 196@lemmy.blahaj.zone · 11 months agomessage-square66fedilink
minus-squarepokemaster787@ani.sociallinkfedilinkarrow-up41·11 months agoWell that’s assuming it’s completely solid and not hollow. Hollow would probably be pretty huge, although the structural rigidity might not be great. Maybe we make a giant obsidian 3D printer and print it at like 10-15% infill.
minus-squarepeopleproblems@lemmy.worldlinkfedilinkarrow-up26·11 months agoAn obsidian 3d print is less crazy than you might think. It’s essentially rapidly cooled lava. Need something to hold the lava, then pressurize it to squeeze it through a nozzle that that has attached cooling units.
minus-squarecram42@lemmy.worldlinkfedilinkarrow-up10·11 months agoSimple: bucket of lava, bucket of water, repeat.
minus-squareSway@lemmy.worldlinkfedilinkEnglisharrow-up3·edit-211 months agoGrabs a bucket. Quick, to the lava depository!
minus-squareOok the Librarian@lemmy.worldlinkfedilinkarrow-up3·11 months ago less crazy than you might think Using a planet for a 3d printer’s nozzle still sounds pretty crazy.
Well that’s assuming it’s completely solid and not hollow. Hollow would probably be pretty huge, although the structural rigidity might not be great. Maybe we make a giant obsidian 3D printer and print it at like 10-15% infill.
An obsidian 3d print is less crazy than you might think. It’s essentially rapidly cooled lava.
Need something to hold the lava, then pressurize it to squeeze it through a nozzle that that has attached cooling units.
Simple: bucket of lava, bucket of water, repeat.
Grabs a bucket. Quick, to the lava depository!
Using a planet for a 3d printer’s nozzle still sounds pretty crazy.