World's Strongest 3D Print (600lbs)

[@DJThermite]

all the early designs had the mechanical load supported by the plastic hook and then transferred to the screws & wood through the backing plate. By putting the hook above the screws in that final design, the mechanical load is supported almost fully by the screws themselves. The plastic is mostly serving as topology to keep the load centered above the screws.

[@3DPI67]

So you saying the hook is not what's holding the weight, its just the screws?

[@carglez70]

@@3DPI67 exactly. at least the most of the weight, But designwise is a great option

This channel will blow up in popularity

[@Francois_Dupont]

there is no link nor .STL? i love your scientific process.

[@3DPI67]

Just added

[@Francois_Dupont]

@@3DPI67 Ahh! i was wondering where i saw you first, and i saw in your printable page that you are the inventor of the clever Boya M1 handy dandy cable storage organizer design. Thank you very much for your work! i love your design and i think you are one of the best designer of 3D printing item.

[@trader_jo]

Cool

[@johnandersen8999]

I usually love this kind of work but the amount of fresh water wasted crying over it... ha jk this is awesome.

[@rollotomasi1832]

I usually love this kind of work, but the amount of fresh water wasted during this process makes me want to cry.😢

[@its_generik]

Are you for real

What do you mean? I see no freshwater being wasted in the video

[@ikivicucon]

hi, i see where you are coming from, and I get it. But this tests give the proof of concept of something that can reduce the amount of failed or over engineered load bearing prints, or simple by not buying a plastic one brought all the way from the other part of the planet.