Yea the questions about the materials is a big one. I can understand the metal made from the powder but how is the liquid going to produce a complete shoe that normally uses multiple materials and some very specific for each section. How would a 3D printer make a boat that uses a whole bunch of materials? Will the boat have ceramic? Because that isn't a material used in 3D printers as far as I'm aware? It's genuinely interesting though that is for certain.
How will it solve the food crisis? The raw material for printing food would still need to be actual food (like vegetables, pulses, etc.) that needs to be grown in the fields, right?
So do you draw what you want to print or do you use cg models. Also man this might hurt poor sculptors. Who needs talent when you've got tech. I feel so obsolete, my pencil drawings seem so outdated.
Thanks for the info. Really helpful. Who knows? In 1-2 decades, we can perhaps 3D-Print new land mass on our planet and in 50yrs we can perhaps 3D-Print ourselves a whole new planet. God knows we might need it.
I understand the layer by layer process of 3D printing. I want to do something like make an axe and a shield, and a chain mace and shield for my Fall of Cybertron Optimus Prime and Megatron figures. I just have no idea how you would even program in the items you wanted
Great video, you're a natural. Technology is moving so fast, it's fascinating. No, I won't eat a 3d steak if I can help it. In 10 years, it will become the norm. Great video.
I mean this was all really cool but I was looking for a more detailed explanation of how they exactly work. Now don't get me wrong this video was awesome. But I just feel like it was much more generalized.
Wow this is utterly fascinating. Thank you so much for putting this video together. Who knew so much stuff is being 3D printed. I wouldn’t knowingly eat 3D printed steak but I do eat quorn protein so who knows, maybe they already do 3D printed food. I don’t fully understand their food manufacturing processes. I love the convenience of 3D printing custom limbs and cheap housing… How cool is that!!!🥰✅✅💯💯
3D printed food is a big H-E-L-L no! We already have issue with processed foods…can you imagine the bad side effects of 3D printed foods on the body? I don’t care how they’ll try to spin it as being healthy it’s a BIG NO for me 🙅🏻♀️. On the other hand I like the idea of the housing! That would be so cool 😎
Ok so we're making it out of the same material we want the finished product to be? (For the most part) it seems to be adding a middle man but yes, I'm also still a bit confused.. :D
No Riley I don't fancy 3d created food and I already have a boat BUT could a cheaply priced printer{I've seen some for under $500.00) let me make my hard body lures and what material would they be made from? Thank you.
We are almost at the point of star trek food processors. Can you image being able to get a perfect martini and then the perfectly cooked porter t bone steak just by asking a computer for it???
I wonder if they could make steaks and burgers and meat products from insect protein/fat. That way we can still eat the bugs without having to eat bugs.
Hi Riley! So I'm sort of on a budget. I'm about to start a company that will manufacture custom-made drones. What's your recommendation for the sort of 3D printers I should get and what materials do you think it would require?
Creality 10000%. The CR family, especially the CR-10 and CR-10S are amazing printers for very cheap. If you are looking for an even cheaper side, the Ender family has that. The Ender-3 and Ender-3 Pro offer print quality that rivals printers costing thousands of dollars for $200 or less.
@@scarlettekk still I'm concerned about the centimeter capacities. What's the length, breadth and width at which it can print? Both the Creality, Enet and Ender?
@@mijolnia The Creality CR-10S offers 300 x 300 x 400mm build area. I am not familiar with Anet printers, so I can't recommend them. The Creality Ender-3 has a build volume of 220 x 220 x 250 mm. If neither of those are big enough, the Creality CR-10 MAX offers a whopping 450x450x470 mm build area. That is nearing the limit for the size available to consumers and small businesses. As for filament, PLA probably will not hold up in a drone. PETG and ABS are good starting points, but if those are not strong enough, I have seen people use special TPUs like NinjaTek Armadillo that have a tiny amount of flex, but extreme strength. The advantage of the Creality printers is that they are easily upgraded. If you want to print highly flexible materials like NinjaFlex, you can easily buy an EZR extruder. Need a perfectly smooth base? Buy a glass bed. (I recommend doing this.)
