ElCanut@jlai.lu to Technology@beehaw.org · 1 year ago3 days 🤯jlai.luimagemessage-square63linkfedilinkarrow-up112arrow-down10
arrow-up112arrow-down1image3 days 🤯jlai.luElCanut@jlai.lu to Technology@beehaw.org · 1 year agomessage-square63linkfedilink
minus-squareZacryon@feddit.delinkfedilinkarrow-up1·1 year agoTo be fair, you don’t need a very huge 3D printer for that, if you divide it into a lot of smaller parts which can be assembled later. Idk, if we can already print steel though and whether we can make it structually sufficiently stable.
minus-squareintensely_human@lemm.eelinkfedilinkarrow-up0·1 year agoSo our proposal is we prefab a bunch of metal pieces and assemble them on-site? As opposed to our current method where we carve bridges out of a big block of metal?
minus-squareZacryon@feddit.delinkfedilinkarrow-up1·1 year agoHahahaha absolutely. :D The difference is, that they come from a 3D printer and that’s cool.
To be fair, you don’t need a very huge 3D printer for that, if you divide it into a lot of smaller parts which can be assembled later.
Idk, if we can already print steel though and whether we can make it structually sufficiently stable.
So our proposal is we prefab a bunch of metal pieces and assemble them on-site?
As opposed to our current method where we carve bridges out of a big block of metal?
Hahahaha absolutely. :D The difference is, that they come from a 3D printer and that’s cool.