My first guess is a very sharp diamond tool. But this doesn't break all materials into powder. My second guess would be an active tool of some sort, maybe a mill. Anyway, I have no idea how this works and I don't think we'll be finding out anytime soon.
@@AdditiveManufacturing Well, as a person who turns metal all day, the "how" of breaking chips is a life-and-death question. I would give an arm and a leg to know how they turn copper (which is the metal equivalent of equine snot) into powder. Whether the answer is applicable to my daily woes is another question.
Interesting. I straight away was thinking a ultrasonic horn connected to a tiny cutter that moves the cutter in and out of the cut braking the chip/particle each time. Then i searched up the patent and it appears i was correct. It's patent number: BR112020020413B1
This could work well for a workshop on the moon someday.
My first guess is a very sharp diamond tool. But this doesn't break all materials into powder.
My second guess would be an active tool of some sort, maybe a mill.
Anyway, I have no idea how this works and I don't think we'll be finding out anytime soon.
The world may never know! Fortunately we think the “what” and “why” are even more interesting than the “how.” 😃
@@AdditiveManufacturing Well, as a person who turns metal all day, the "how" of breaking chips is a life-and-death question. I would give an arm and a leg to know how they turn copper (which is the metal equivalent of equine snot) into powder. Whether the answer is applicable to my daily woes is another question.
With time these types of processes will make 3D printing accessible to many cost-conscious industries.
A wild John Barns appears !
Interesting. I straight away was thinking a ultrasonic horn connected to a tiny cutter that moves the cutter in and out of the cut braking the chip/particle each time. Then i searched up the patent and it appears i was correct. It's patent number: BR112020020413B1
what about bleding the coil? with oil-water mix improve it use bleding and make a fine granular.
I wonder if this is similar to how glitter is made.
And we're off to the "how is glitter made?" rabbit hole...
can you put radioactive materials in it
Thank you 👍👍🔥🔥🤌🤌🙏🤲🌹🌹