IXOYE, you remind me of that engineer I had a discussion with around 2012. He said electric cars would never get anywhere........ Ps, It takes a lot longer to grow an organ in a pig than to print one out. Futhermore, 3d printed parts are used in space flight parts for years now.
@@CookieCraftMedia because the fanbase is stuck on which chinese feature-bot is a better deal. I agree, but anything actually forward moving is greatly appreciated.
There where no slowmo shots, it was all sped up. They are not printing with plastic, but with a fast setting glue. They can only print extremely slowly because the glue needs some time to harden so they can put on the next layer.
@@pyalot After printing, the parts were put into an oven for curing at 100 C, for 10 hours. Still an impressive concept. There are materials science people working on rapid and reversible curing elastomers, but that's another subject.
The idea of a "diamandnozzle" is in no way new and if we are talking about high-resolution 3d printing, then please micro- and not millimeters! Even with an anet a8 with a diamondnozzle, you can easily achieve a significantly better print quality.
I'm sure the nozzles are 3D printable and it looks like they're just using fluid reservoirs instead of plastic filament; so no routing filament all over the machine. The hardest thing would be the software to control it. With the nature of 3D printing the hardware for this stuff will be the cheapest part.
Это очень круто, такие материалы можно использовать на космических станциях, где важна скорость печати и материал печати. Также можно оборудовать механизм(который был показан в видео) вакуумным насосом и тогда система будет мобильной. Это очень интересно, ведь по сути у него нет частей, которые вращаются вокруг какой-либо оси и это явно даст прирост долговечности работы. Очень интересно
multi material has existed for years, and this isn't at any higher resolution than those ones as far as I can tell, however this method is entirely different and has its own applications.
That's pretty smart! 3D printers by design have every single movement of the nozzle pre-planned, it makes sense that you'd be able to use multi-materials from the one nozzle since the printer already knows where and when it will be in advance!
That's pretty smart? I assumed this was standard already, because it's such a simple concept. Even 10 year old kids I know, came up with that idea. As I see know, their just the first one actually using multible materials.
@@Armadurapersonal yep trying to print something right now with really right tolerances and its been 3 days and 6 prints and I've only got to reprint one more piece
My Ender 3 printer was quite cheap (€200) and it was really easy to assemble and prints so well. I can easily do prints that take 24 hours without anything going wrong. It's really cool.
What filament, did she mention any filament at any point in this only 130 second long video? There is no need for a 200°C nozzle with the mentioned materials.
I suspect that like many 3D printers it's molten plastic. However rather than geared extruders, see the The little bottles above the print head? A volume of molten plastic can be held in them... And small controlled amounts driven out of the nozzles by applying pressurised gas to top surface of the molten plastic.
@@stevecummins324 the video is 2:10 long, which is probably shorter than the time it took you to think of this answer and write it down. At 1:39 she says what was used here.
And with that, I give you the multi layered chocolate bar printer.😆👌🏼😍 This is truly astonishing though. Been waiting for this design to come out for years now. This is most definitely a total game changer for the 3-D printing industry.
What kind of plastic is that? Conventional plastics use thermal melting and fusing. This looks like it is using air hardening? Or some post printing chemical process? how long does it take?
In 100 years we will more than likely be at full human recontruction and use that as a form of teleportion or to fix broken people. I love that we are getting close to being undying.
I was wondering when multiple material printers would come out. Inkjet printers often use multiple color ink cartridges so why not 3d printers. The question now is what number of materials is the minimum to convincingly produce desired products such as food and consumer products. The other issue to watch for is scaffolding as whatever is printed must be supported till the printing is completed, we've seen pellets and powder used but most 3d printers requires the object be printed with supporting structures to be removed later. Could ultrasound suspension be used? Could water soluble gel be used? Could ice be used with the object printed at low temperatures then the temperatures raised to drain or vaporize the scaffolding? Could something that is gaseous in adiabatic conditions but solid at low temperatures or high pressures be used? Which of these would work with food, clothes, household products, electronics, tissues and organs?
Imagine a warehouse full of these things on Mars. You still have to get the raw materials there (or somehow extract them from the environment), but the actual creation could all be done on the planet itself.
Now if we could do this with FDM 3D printers like a Prusa i3 or an Anycubic mega... that would both improve print times and reduce waste because you no longer need the wipe block.
@@markdavis7397 prusa mmu is one nozzle printing, and it looks like this uses different pressures. on the white/black closeup, whichever is pushing out harder comes out, blending could be an issue tho.
@@wingren13 Blending isn't an issue; the nozzle takes advantage of the viscoelastic properties of the printing ink to prevent any backflow and minimize blending. The transitions from one material to another occur in just 0.3 mm of filament
But we have had multi-nozzle printers for a while now, the only thing special here is the fact that it can switch filament in the same nozzle but i dont really see that as ground breaking. And the resolution of a human hair? (.1mm) Thats not impressive most printers can do that if not better
@@johnnyfavorite1194 I know, but the same can be said with smartphones. The tech of touchscreens were used widely in the industry, but then suddenly became consumer friendly. Same is happening with 3D printing.
so when is the patent going to expire?
When we overthrow capitalism.
Patents last 20 years for those curious.
@@Earthium Thanks
I can wait.
@@themadscientest Aww. Are you triggered? Seems like you can't handle competitive environments or insults.
We're getting somewhere
@@TheRybka30 nice
lubos, oh, we're definately getting somewhere. Ths s what you need to print an organ.
Yea, dead soon
IXOYE, you remind me of that engineer I had a discussion with around 2012. He said electric cars would never get anywhere........
Ps, It takes a lot longer to grow an organ in a pig than to print one out. Futhermore, 3d printed parts are used in space flight parts for years now.
so it begins
"our printer can print up to 8 materials at once"
stratasys-"hold my beer"
Sean Clohesy Highest material count stratasys is j750 which has 8 materials I believe. But the materials can also be mixed.
Honestly the concept of mixing materials inside the nozzle isnt really anything new, I dont know why this deserved a news video all of the sudden
@@CookieCraftMedia because the fanbase is stuck on which chinese feature-bot is a better deal. I agree, but anything actually forward moving is greatly appreciated.
*Hold my breaker
@@nicewhenearnedrudemostlyel489 because technology would be interested to a large amount of people? doesn't have to be the "newest". New is relative.
I’m just happy to see the little guy walking, makes me feel like a proud dad
For those wondering, it uses epoxy and silicone to print
at 1:40 she says “wax, silicone and gelatine inks were used”
Doesn't epoxy require times to dry?
@@cake0214 plus is liquid or a goo
She has a fantastic voice that's easy for a non english speaker to understand. Love it! Thanks!
"you wouldnt doanload a car"
Hold my future tech
Bad4You No one “doanloads” anything, because the word does not exist.
@@FranklyWry shut up
I’m more excited to download food
Can't wait to print myself a new kidney!
Cant wait to steal your other one
Now that I’ve watched this video, I can’t wait to forget it and have TH-cam’s algorithm remind me about it in 2025
Should have been made clear which were the slo-mo, actual, and hi-speed shots of printing.
There where no slowmo shots, it was all sped up. They are not printing with plastic, but with a fast setting glue. They can only print extremely slowly because the glue needs some time to harden so they can put on the next layer.
@@pyalot After printing, the parts were put into an oven for curing at 100 C, for 10 hours. Still an impressive concept.
There are materials science people working on rapid and reversible curing elastomers, but that's another subject.
I like her voice
as do I
noob
I hate it
Sounds like the most condescending voice I've ever heard. Every syllable is filled to the brim with contempt.
w w A very well-worded insult
A love how this new printer head is actually a 3d printed part as well.
How thick is her hair?!
0.04-0.06 mm for European, 0.08-0.1 mm for Asian.
Why are you asking this?
Thicc
@@adamhurst5027 because those blobs are THICC compared to hair
Thicker than you
The idea of a "diamandnozzle" is in no way new and if we are talking about high-resolution 3d printing, then please micro- and not millimeters! Even with an anet a8 with a diamondnozzle, you can easily achieve a significantly better print quality.
0:50 are the nozzles 3D printed? I can see layer lines
It has already started
Won't you have a problem where every iteration of nozzle is made less precise and degrades until you have a shitty giant printer with 1m "precision"?
0:00 Imagine that robot walking with the Pink Elephants from Dumbo soundtrack
oh the amount of money this must cost 😂
Female Presenter ore rly well dresed guy = you cant aford it.
I'm sure the nozzles are 3D printable and it looks like they're just using fluid reservoirs instead of plastic filament; so no routing filament all over the machine. The hardest thing would be the software to control it. With the nature of 3D printing the hardware for this stuff will be the cheapest part.
@@michaelfrei9296 metal 3d printed i assume as plastic 3d printed nozzles would melt for obvious reasons.
~4000-7000$
this is just the e3d cyclops type extrusion but its a paste extruder and has much better switching
Это очень круто, такие материалы можно использовать на космических станциях, где важна скорость печати и материал печати. Также можно оборудовать механизм(который был показан в видео) вакуумным насосом и тогда система будет мобильной. Это очень интересно, ведь по сути у него нет частей, которые вращаются вокруг какой-либо оси и это явно даст прирост долговечности работы. Очень интересно
Human cell's are now being tested in 3D printers on the International Space Station.
Ahmad Haruman interesting. Please share any newsfeed for that, thanks
www.fabbaloo.com/blog/2019/7/25/nasas-bff-a-microgravity-bioprinter-to-print-human-tissue
@@japanwithMaikin I think he is talking about thw BFF printer.
Phynx 175 ok , got it. Thanks
So how is this different from similar single nozzle multiple material designs already out there?
But does the two materials bond to each other when printed ?
3D printers on a nature channel?
Where is my gun, I need it fast!!!!!
3D printer is the beginning of the new age guys
That was the most adorable walking machine
right on
Me: ill make an ultra-high-resolution UV printer!
Other people: lets patent this release a paper and then FlEx on this person!
multi material has existed for years, and this isn't at any higher resolution than those ones as far as I can tell, however this method is entirely different and has its own applications.
How is this different from a mosaic filament fuser?
I think we are seeing the predecessor to the star trek replicator
That's pretty smart! 3D printers by design have every single movement of the nozzle pre-planned, it makes sense that you'd be able to use multi-materials from the one nozzle since the printer already knows where and when it will be in advance!
That's pretty smart? I assumed this was standard already, because it's such a simple concept. Even 10 year old kids I know, came up with that idea. As I see know, their just the first one actually using multible materials.
2020: printer can print robots
Skynet: ok.
Where do I get one.
This is amazing! What a wonderful joy to see.
Wow, back when I was in school, I and my friend had to babysit the school's 3D printer since it kept messing up our group project prototype
Thats still the reality with cheap hobbyist FDM printers
@@Armadurapersonal yep trying to print something right now with really right tolerances and its been 3 days and 6 prints and I've only got to reprint one more piece
This post made me feel old :-(
never thought about the belt drive constrainiing resolution before. But I get it.
My Ender 3 printer was quite cheap (€200) and it was really easy to assemble and prints so well. I can easily do prints that take 24 hours without anything going wrong. It's really cool.
I mean there are dual /multi extrusion printers but this is something else.... The resolution change speed etc is nuts
Great commentary and great video!
Is that printer even for sale? What's its name?
What printer is this? Is it available?
Probably costs like 800k, I'm happy with my cr-10s for now😂
Vaporware
Can you make a 3D Printer with a 3D Printer?
There are 3d printers designed to be built out of 3d printed parts (excluding the electric components of course)
Cool video and I also like the background music
this is amazing. this could be a revolution!
Where i can buy this?
How does the filament stay heated through that whole nozzle device? Is the whole thing heated?
What filament, did she mention any filament at any point in this only 130 second long video? There is no need for a 200°C nozzle with the mentioned materials.
My guess is it uses forced cure resins.
@@Darkbart22Ah true, I guess I'm stuck in old ways.
thank u for this, nature video
Printing flexible materials.
Just imagine the possibilities.... 😏
Could the air platform robot be scaled up, maybe attached to a mechanical crank or something?
Where I can buy this nozzles for my 3D printer
Very cool
What is that materials? Why it cure outside the nozzle not inside?
I suspect that like many 3D printers it's molten plastic. However rather than geared extruders, see the The little bottles above the print head? A volume of molten plastic can be held in them... And small controlled amounts driven out of the nozzles by applying pressurised gas to top surface of the molten plastic.
@@stevecummins324 the video is 2:10 long, which is probably shorter than the time it took you to think of this answer and write it down. At 1:39 she says what was used here.
@@Darkbart22 wax still needs melted, or otherwise made fluid.
Wax only needs to be "warm" rather than being melted with 200C
I was hypnotized by her voice!!!
We will be 3d printing food soon, remember my words
You aren't wrong, we will have it sooner than hl3.
Can't wait to see the day I can print out my own Gf.
The nature lady did indeed call flasks beakers, initially.
And then in the and conical flasks to erlenmeyer flask XD
And with that, I give you the multi layered chocolate bar printer.😆👌🏼😍
This is truly astonishing though. Been waiting for this design to come out for years now. This is most definitely a total game changer for the 3-D printing industry.
What kind of plastic is that? Conventional plastics use thermal melting and fusing. This looks like it is using air hardening? Or some post printing chemical process? how long does it take?
1:39
And in 100 years we can print complete robots like Westworld.
FELIXXX 24 Hermintator T-3d ???
I'm not having sex with that little walking millepede robot.
In 100 years we will more than likely be at full human recontruction and use that as a form of teleportion or to fix broken people. I love that we are getting close to being undying.
Very pleasant voice to listen to, you should narrate audio books!
I was wondering when multiple material printers would come out. Inkjet printers often use multiple color ink cartridges so why not 3d printers. The question now is what number of materials is the minimum to convincingly produce desired products such as food and consumer products. The other issue to watch for is scaffolding as whatever is printed must be supported till the printing is completed, we've seen pellets and powder used but most 3d printers requires the object be printed with supporting structures to be removed later. Could ultrasound suspension be used? Could water soluble gel be used? Could ice be used with the object printed at low temperatures then the temperatures raised to drain or vaporize the scaffolding? Could something that is gaseous in adiabatic conditions but solid at low temperatures or high pressures be used? Which of these would work with food, clothes, household products, electronics, tissues and organs?
It’s all coming together
Soo what's the price
this is so cool
Right on! Go ahead and print me up a new pancreas!
Incredible!!!
What is my purpose?
Passing butter
Imagine a warehouse full of these things on Mars. You still have to get the raw materials there (or somehow extract them from the environment), but the actual creation could all be done on the planet itself.
Now if we could do this with FDM 3D printers like a Prusa i3 or an Anycubic mega... that would both improve print times and reduce waste because you no longer need the wipe block.
This is amazing
Oh cool, Pikmin robots
Sweet! Now we're getting somewhere
soooooo it's a fdm material jet printer?
Where can I buy one of these?
china.
Imagine a 3D printer printering a 3D printer.
Whats different about this? There are already multi extrusion printers.
@@markdavis7397 prusa mmu is one nozzle printing, and it looks like this uses different pressures. on the white/black closeup, whichever is pushing out harder comes out, blending could be an issue tho.
@@wingren13 Blending isn't an issue; the nozzle takes advantage of the viscoelastic properties of the printing ink to prevent any backflow and minimize blending. The transitions from one material to another occur in just 0.3 mm of filament
How can I obtain one of these printers
What really matter (To Me)..
Can this apply to 1. Food?
2. Space conditions Construction. More bluntly, Habitats, Ships, Satellite.
But we have had multi-nozzle printers for a while now, the only thing special here is the fact that it can switch filament in the same nozzle but i dont really see that as ground breaking. And the resolution of a human hair? (.1mm) Thats not impressive most printers can do that if not better
watch some dude print LSD tabs in 2050 using a printer like this
Amazing!!
3D printers are so cool.
I don’t understand why this can be published in . It is just an upgraded FDM printer without any new materials or additive manufacturing techniques.
It’s like mosaic palette or prusa multi material
IDK why, but I think it's so cute.
That is insane.
So much has changed now takes 2 days to print a box lol
Each day closer to 3D printed memes.
here comes the plastic terminators
awesome.
Wait what? So who do I call?
Dois Koh Ghostbusters!
Dois Koh 911
One step closer to star trek replicators
3D printing is the new smartphone. It will change the world.
3D printing has been a major component of manufacturing for nearly 40 Years. The affordable 3D printer for the home is what’s new.
@@johnnyfavorite1194 I know, but the same can be said with smartphones. The tech of touchscreens were used widely in the industry, but then suddenly became consumer friendly. Same is happening with 3D printing.
I actually think the tech for a touchscreen phone came abruptly and wasn’t in the industry for that long.
@@adamhurst5027 apple had prototypes for an ipad-like device in the 90s, i believe.
Commenting now before COPRA shuts this down :)
Incredible
This is going to be the future.
Were they implying that they’d be able to 3D print Human organs at the end?
Yeah? But can it make me a sammich?
Awesome
This could be used to print organs for transplants, even reinforced as needed
Imagine the guns this thing could make
And this is nature how?