Solar-Powered 3D Printer and Sinter Style Prompt!
After doing the research on the Up-Cycled 3D Materials, I stumbled onto a couple of other very interesting methods that print with sustainable materials. I wanted to share one of those ideas to spark the Monday Blues away.
From the wandering genius, Markus Kayser, comes the SolarSinter Project.
Check out this Printer in Action HERE.
If that picture isn’t enough to wet your Creative Whistle, here is some bowls made from Moroccan-Flavored Sand.
Between the SolarSinter and the SunCutter (Solar-Powered Cutting Tool) Markus has provided some spectacular building tools that can utilize both Sun and Sand. Of course my mind questioned what else a Solar-Powered SLS (Selective Laser Sintering) system that produces a solar beam of over 1600 °C (2912 °F) can do.
But first, I want to thank Markus for risking the dangers of the desert to prove this fantastic concept. You are a DIY Pioneer.
With that being said, many elements can be melted with this powerful thermal beam. Iron melts at about 1550 °C, Aluminum melts at 770 °C but those are just the pure powdered metals. Alloys melt at lower temperatures and a lot of the most interesting applications would most likely be in the alloy arena.
Useful Alloy Examples
Monel melts at about 1320 °C
Easier said then done of course, but I think Markus Kayser’s amazing SolarSinter is just scratching the surface of its capabilities. I want to throw out a challenge to the Hackerspace Community to either contact Markus to see if he is willing to share the design in a true DIY fashion or go out and build your own thermal beam powered SLS.
Hint – Four Large Fresnel Lenses
I am going to end this entry here before I pollute any one’s Prompt Writing with my own ideas.
PROMPT – How would your character utilize the thermal beam power of the SolarSinter. For community good? For purposeful evil? For sibling shenanigans?
Have a Fantastic Monday,
Sir Drewster III