So if you are print something that isn't enclosed object like a box or something that is printed closed does that mean it's just full of like goo@@RiadRiad
This technology has been around for printing thick scaffolds for tissue engineering. We can extrude collagen into a gel that will crosslink the proteins to create a shape for stem cells to grow into. We can even print it with vascular strucutres to give structure and direction to fluid and blood.
It was first introduced in 2015 and please don’t just mention it can be used to make bags. It’s mainly used for bioprinting, which is to print parts of the body, particularly soft tissues, organs, and hearts.
You know you are getting old when you see a Doctor with that much goopy stuff on their hand, walk in and say, Now let's take a quick looksee. Slimed up and yucky and it resists washing off.
It's not the future, it's another technology with it's advantages and disadvantages. Resolution isn't as near as precise as resin printing.. the materials and tolerances aren't as stable as filament.. it's for things that don't require that. For organic shapes. If you try mechanical hard surface parts there such as gears and boxes nothing will be ok
Yep. And I can't imagine having to manage all that resin everytime, clean it off refill, no air bubbles etc. hollow pieces filled with resin, heavy printer and so on. I don't see this being used more than current ones but can still have its place. Pros and cons.
I could see this being very useful in the medical/prosthetics industry, more so than any other. printable skins and biologically safe meshes for in-body use
Yeah, well, this one seems a lot better, because the gel is non-toxic (or so I hear). I wouldn't mind it if you could just wash it off in the sink. That would be pretty cool.
@@jr-hs1gvto agree im pretty sure these in-gel printers are slow like traditional filament printers and unfit for mass production + you don't have to worry about removing gel or refilling gel into the tanks with injection molding. Your only issue with injection molding would be deformation right after the products drop from the machine but even then it can be fixed if you configure or handle it right.
It's a good point but you always can make a small holes in it and empty it , than print a small cap and cover it ٫ i think using Something like a Irons will help prevent water
@ for solid wall hollow parts yes, but for sparse infill that’s not an option, one of the huge advantages of 3d printing is the ability to create almost any internal geometry, that is completely eliminated by this.
@@eliasbinde2629 ok what is the purpose of sparse infill , i know nothing about 3d printer i thought they make it looks like that to solve 3d printer problem
This is really impressive. The gel means that you can print structures that would otherwise require the use of wasted material to create temporary support structures that would end up getting thrown away or dissolved in an enzyme bath, creating excessive waste. Meanwhile, silicone is so molecularly stable that it takes thousands of years to deteriorate and can be reused indefinitely without generating any waste. I really like this idea.
1. This prints one layer at a time 2. Normal 3d printers can print plastic and tpu (flexible plastic) and much more 3. Normal 3d printers can print flexible designs
@@navoJJust so you know, resin printing is still 3d printing, and the specific term for printing where you melt filament and deposit it from a nozzle is Fused Filament Fabrication (FFF) or Fused Deposition Modelling (FDM). FDM is trademarked by Stratasys, while nobody owns the trademark to FFF
@@BananaTwin_1000 idk what term it is But resin printer creates layer at the time so if it takes 1 sec / layer and you have 100 layers it would take 100 seconds for whole print But 3d and gel have like line drawing They take layer and draw every layer line by line So if a layer have 300mm of surface per layer and it takes 1 second / 10 mm it will take 30 seconds per layer / 3000 seconds for whole print 3d and gel are printing bits of layer while resin prints whole layer at the time
On earth that would be kinda iffy at best filament printers work more or less on autopilote now so getting started is really damn simple and easy, but liquid printing has been around for a while as well though its done with resins to capture details, but that really wouldnt work in space either since resin needs to lay in a vat where the build plate slowly lowers in and uv light cures it underneath. point being for space this is a game changer, but somewhere with gravity not so much
@@ItsAweeboh it's absolutely not. Gel would fly everywhere, also it would be an enclosed space so it would be easier to get mold inside, seeing how it's water based. It doesn't have any advantages, only thing that may be seen as an advantage is that it doesn't waste additional building material, but it can't print in a lot of them so fuck that
The way the gravity part works is because the density of the gel is the same as the density of what is being printed. This caused it to neither sink or float.
The company I worked for had a liquid 3D printer decades ago. The fluid would be hardened at the point where 2 laser beams intersected, and that point could be moved wherever needed to make the desired shape. It was perfect for making models that had the internal components as well as the outer shell, but you had to make sure to leave a drain path for the unused volume that remained liquid inside that shell.
I was thinking the same thing . A lot of sci fi movies had this concept . How about for humans for deep space travel they hibernate in something very similar.
It would be a great use of this kind of this technology if it gets more advanced, just think, instead of waiting for a donor for a kidney or a heart you could just print one.
Apologies for my bad English, just wanted to show my appreciation towards this marvelous technology. I'm looking forward to a more widespread adoption, as it would revolutionize the tridimensional printing industry. Truly fascinating.
3d printing supports are printed with the object to help it stand but since the support exists within the printer it makes it so that you don’t have to break off a bunch of stuff like you would with a normal 3d printer
I like how printing flexible things in this is treated like a new thing when TPU has existed for years (if you don't know, TPU is a filament that is more flexible than PLA which allows for more flexible and squishy prints) P.S. that 3d printed chair looks awful to sit on
@@johannsson8559 Saying it advertises flexible prints as a new thing is not equivalent to saying the only thing it advertises as new is flexible prints
@@johannsson8559 Do not worry, I am not braindead, I know the video's main purpose is advertising the gel. What I was referring to is actually a singular line where the narrator said "[...] and even flexible prints." It's a moot point indeed, but the "even" part seems to suggest the narrator is claiming that flexible prints are new. Either way the gel isn't a new technology either so I don't really care what you have to say at this point
Unlike most 3d printers that only print one layer at a time… skips the idea and explains how it still prints in one layer just with a different material 😭
So? You could just pop a little hole then use some heat to seal it back up, or don’t even do that it would add some extra weight which would probably be needed
Another thing not mentioned but works is if you breathe in prior when you go to put it in your mouth you breathe out and the co2 helps with the instant ousting of the flame
This is used for soft structures such as replacement organs and most anything else that needs flexibility. It is also not quite as fast as you make it seem. There is also another version of this called SLS (Selective Laser Sintering) for more rigid, mainly metallic, structures.
Handbags (like that one) and "furnitures" were already pretty easy on traditional 3D printing... The only benefit it's that it doesn't need supports thanks to the gel and even that comes with it's own challenges
This could be super useful for chemistry, printing superscaled models of various chemicals, chirality, and bonds. Would be good for isotopes, and figuring them out, too. Or hypothetical, fictional materials.
a sci-fi 3d printed human came to mind as soon as I saw them handling the finished product in gel :D and then I looked up what the tech was actually made for...
To be clear, 3D printing is capable of producing many of these structures with proper planning and alignment. This solution removes the need for support material, which limits waste. That said, i have some pretty heavy concerns about the weight of prints in this medium. As many prints involve enclosed walls, which usually arent water tight, this likely would be more similar to resin printing than FDM. Involving drainage holes and some necessary post processing to clear the liquid, as well as unique internal support structures to allow the fluid to drain thoroughly. Also considering the effects of rapid cooling from printing in a liquid, I'd be moderately concerned about layer adhesion. Resin gets around this by not fully curing until post-processing. An FDM style printer uses heat to bond layers, so im curious how this gets around layer adhesion problems.
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So if you are print something that isn't enclosed object like a box or something that is printed closed does that mean it's just full of like goo@@RiadRiad
Hey that's my clip - when I removed the supports from the eagle head, please credit PrintStart3D
@@PrintStart3D Will do! Sorry about that, thought I'd included everything. My bad.
So now I could buy old 3D printer cause they will go cheaper can't i
I think with this rocket chamber will be easy to make
I don't speak English well but if you're wondering, that gel is water based, it's non-toxic and can be reused to print the next model.... Just saying.
**speaks english well**
Water based gell 😏
@@AbdulHalim-nk8dk🤭
But i wonder, if the gel its used too much, you dont need to change it?
So.... It's durex lube?
This technology has been around for printing thick scaffolds for tissue engineering. We can extrude collagen into a gel that will crosslink the proteins to create a shape for stem cells to grow into. We can even print it with vascular strucutres to give structure and direction to fluid and blood.
Was wondering if that was how they make those, cool!
So we don't even have AGI yet and we're already on the way to making a synthetic replica of a human body?
@@Imehielhuh? We already have AGI but not in the way you think
@mrpumperknuckles1631 explain?
@@Imehielno. Nowhere near a synthetic human body 🤦🏻
It was first introduced in 2015 and please don’t just mention it can be used to make bags. It’s mainly used for bioprinting, which is to print parts of the body, particularly soft tissues, organs, and hearts.
Oooh! Cool
Holy sh*t that's nice
The printer made a bag
I was wondering if this would lead to that. Thanks for the info.
Parts of the body?🤔
“TRADITIONAL “ 3D Printing’ is Phrase I didn’t know I was Going to hear THIS SOON
True lmao
3d printing has been around since 1980s fyi
traditional 3d printing has been around for a while.. resin printing isn’t exactly new and neither is metal
People already said it when resin printers became less popular because of fdm
*Wave cane* Kids these days with their gel printers can't beat the good and old traditional 3D prints!
Seeing the introduction and evolution of 3D Printing in my lifetime has been really interesting.
The hand pulling a creation out of goop is the most sci-fi thing woah
You know you are getting old when you see a Doctor with that much goopy stuff on their hand, walk in and say, Now let's take a quick looksee.
Slimed up and yucky and it resists washing off.
Wait til whatever you pull out looks back at you...
@ Or pulls back 🫣
It's like a Simpsons timeskip and a Futurama episode all in one. 😅🤣
It's not the future, it's another technology with it's advantages and disadvantages. Resolution isn't as near as precise as resin printing.. the materials and tolerances aren't as stable as filament.. it's for things that don't require that. For organic shapes. If you try mechanical hard surface parts there such as gears and boxes nothing will be ok
Yep. And I can't imagine having to manage all that resin everytime, clean it off refill, no air bubbles etc. hollow pieces filled with resin, heavy printer and so on.
I don't see this being used more than current ones but can still have its place.
Pros and cons.
I could see this being very useful in the medical/prosthetics industry, more so than any other. printable skins and biologically safe meshes for in-body use
The first print is also a 7+ year old video
You know this how?
3d printing is experimental
That chair looks like a torture device
Nah, looks comfy af
@@kryptoniridium 1000$ are reasonable price don't you think?
Trust me sir you will never regret 😉
You sit on it, and then a hydraulic press brutally squeezes you through the gaps. Plus, it's a hydraulic press challenge, awful insult to injury
I hate sitting on stuff with holes in it. I get you.
That chair looks like sitting on a hairbrush
YES! Finally, I’ve wanted a type of 3D printing that’s messier than my resin printing!
I love this timeline.
Yeah, well, this one seems a lot better, because the gel is non-toxic (or so I hear).
I wouldn't mind it if you could just wash it off in the sink. That would be pretty cool.
I just looked it up and it seems this tech is 7 years old
I fell down a flight of stairs while watching this
3D PRINTED FLESHLIGHT
the first thing you thought of was that. THAT
@@TeslaModel3existing 3D Printed Breast Inserts
Please no
@@TeslaModel3existing yes
💀
Bad dragon bouta have a warehouse full of these working overtime
Not sure which is worse: me knowing what Bad Dragon is, or the fact that you’re probably right.
injection molding is arguably faster and cheaper
Clearly you know nothing about manufacturing
@@jr-hs1gvto agree im pretty sure these in-gel printers are slow like traditional filament printers and unfit for mass production + you don't have to worry about removing gel or refilling gel into the tanks with injection molding. Your only issue with injection molding would be deformation right after the products drop from the machine but even then it can be fixed if you configure or handle it right.
@@jr-hs1gv he's not entirely wrong though. Not suitable for mass production but instead quickly prototyping dozens of designs simultaneously
Wouldn’t any object without holes just be full of gel??? 😭😭😭
Yes, the same problem with SLA and powder printing, the main reason FDM is still used industrially because some parts can’t really be made another way
Especially if the object is hollow
It's a good point but you always can make a small holes in it and empty it , than print a small cap and cover it ٫ i think using Something like a Irons will help prevent water
@ for solid wall hollow parts yes, but for sparse infill that’s not an option, one of the huge advantages of 3d printing is the ability to create almost any internal geometry, that is completely eliminated by this.
@@eliasbinde2629 ok what is the purpose of sparse infill , i know nothing about 3d printer i thought they make it looks like that to solve 3d printer problem
the poor guy who made that "gel" is probably hospitalized
Idk if this is a joke but if you mean semen it’s real funny😂
This is really impressive. The gel means that you can print structures that would otherwise require the use of wasted material to create temporary support structures that would end up getting thrown away or dissolved in an enzyme bath, creating excessive waste. Meanwhile, silicone is so molecularly stable that it takes thousands of years to deteriorate and can be reused indefinitely without generating any waste. I really like this idea.
Did this for my internship over the summer it’s some cool stuff!
Based yuuki pfp
1. This prints one layer at a time 2. Normal 3d printers can print plastic and tpu (flexible plastic) and much more 3. Normal 3d printers can print flexible designs
Its not even that good
Its same as 3d printing drawing lines
While resin printing is really printing one layer at the time unlike 3d and gel printing
@@navoJJust so you know, resin printing is still 3d printing, and the specific term for printing where you melt filament and deposit it from a nozzle is Fused Filament Fabrication (FFF) or Fused Deposition Modelling (FDM). FDM is trademarked by Stratasys, while nobody owns the trademark to FFF
@@navoJ 3d printing and gel printing also print in layers
@@thecodeking91 THANK YOU
@@BananaTwin_1000 idk what term it is
But resin printer creates layer at the time
so if it takes 1 sec / layer and you have 100 layers it would take 100 seconds for whole print
But 3d and gel have like line drawing
They take layer and draw every layer line by line
So if a layer have 300mm of surface per layer and it takes 1 second / 10 mm it will take 30 seconds per layer / 3000 seconds for whole print
3d and gel are printing bits of layer
while resin prints whole layer at the time
I know nothing about 3D printing but this gives a lot of “game changing” vibes
On earth that would be kinda iffy at best filament printers work more or less on autopilote now so getting started is really damn simple and easy, but liquid printing has been around for a while as well though its done with resins to capture details, but that really wouldnt work in space either since resin needs to lay in a vat where the build plate slowly lowers in and uv light cures it underneath.
point being for space this is a game changer, but somewhere with gravity not so much
@@ItsAweeboh it's absolutely not. Gel would fly everywhere, also it would be an enclosed space so it would be easier to get mold inside, seeing how it's water based. It doesn't have any advantages, only thing that may be seen as an advantage is that it doesn't waste additional building material, but it can't print in a lot of them so fuck that
Finally! Big, gooey, flexible warhammer proxies!
The way the gravity part works is because the density of the gel is the same as the density of what is being printed. This caused it to neither sink or float.
Silicone?....
Remember that you gave me this ability to create ANYTHING with that type of material....
What you mean
@@Danielo197 probably sex toys. They are mostly done in silicone. Kitchenware would also be a good use
@@AMK650 i thought of kitchenware too, but sex toys is absolutely nefarious
@@Danielo197Silicone is the most popular material for sex toys, such as dildos.
@@Danielo197you dont want to know
Isn't this where the VERY FIRST concept of 3d printing was born?
Its not meant to replace the other options but adds another way of 3d printing when the other 2 just doesnt work. Its all about the right applications
The company I worked for had a liquid 3D printer decades ago. The fluid would be hardened at the point where 2 laser beams intersected, and that point could be moved wherever needed to make the desired shape. It was perfect for making models that had the internal components as well as the outer shell, but you had to make sure to leave a drain path for the unused volume that remained liquid inside that shell.
Finally, this should have been made years ago.
This is legit the stuff humans come out of after they've been revived or reborn in alien movies. Are they 3d printing humans?
I was thinking the same thing . A lot of sci fi movies had this concept . How about for humans for deep space travel they hibernate in something very similar.
they reused FRESH principle from bioprinting for normal 3d printing
It would be a great use of this kind of this technology if it gets more advanced, just think, instead of waiting for a donor for a kidney or a heart you could just print one.
its already available just search up in Google cellink bio x or lulzbot bio
they might... I think it's totally possible if we exclude human conciousness
Cant believe we already got "traditional" 3d printer before GTA 6😢
WE'RE GETTING GTA 6 BEFORE TITANFALL 3
Bot comment
New Innovative Inventions every other day, what a time to be alive
Now this feels like something futuristic, amazing.
Apologies for my bad English, just wanted to show my appreciation towards this marvelous technology. I'm looking forward to a more widespread adoption, as it would revolutionize the tridimensional printing industry. Truly fascinating.
"doesn't require supports"
Meanwhile:
*Completely surrounded in supportive material*
Sounds like supports to me
By that logic air too is a support
3d printing supports are printed with the object to help it stand but since the support exists within the printer it makes it so that you don’t have to break off a bunch of stuff like you would with a normal 3d printer
That’s not what supports mean when it comes to 3D printing. The guy above me says it best
Supports are waste material in nearly all cases. Stop splitting hairs and enjoy another bit of into for your vault...
@@IcchiNutz Air is a support if printing material lighter than air.
Gotta look more into this
whats that pfp
@@AssassinForPeacekeyboard
I like how printing flexible things in this is treated like a new thing when TPU has existed for years (if you don't know, TPU is a filament that is more flexible than PLA which allows for more flexible and squishy prints)
P.S. that 3d printed chair looks awful to sit on
No, the gel is the new thing. Watch the video
@@johannsson8559 Saying it advertises flexible prints as a new thing is not equivalent to saying the only thing it advertises as new is flexible prints
I mean knowing the market its probably... A leg and half your life savings either way.
@SarahTheAmbiguous it's not advertising the flexible prints it's advertising the gel it's printing in. again pay attention to the video
@@johannsson8559 Do not worry, I am not braindead, I know the video's main purpose is advertising the gel. What I was referring to is actually a singular line where the narrator said "[...] and even flexible prints."
It's a moot point indeed, but the "even" part seems to suggest the narrator is claiming that flexible prints are new. Either way the gel isn't a new technology either so I don't really care what you have to say at this point
Unlike most 3d printers that only print one layer at a time… skips the idea and explains how it still prints in one layer just with a different material 😭
This is a great evolution to 3d printing!!
THIS STILL PRINTS ONE LAYER AT A TIME😭
the difference is, it won't have to print extra stuffs to keep the item balanced
@chachamaru51 yes, but that is not what my comment is about
they said that it "doesn't print one layer at a time" even though it still does
@@wombatwoman oh, okay, i didn't noticed
@@chachamaru51 it's alright man
The 3d printed torture chair
Its gonna be filled with gel though 😭😭🥺
So? You could just pop a little hole then use some heat to seal it back up, or don’t even do that it would add some extra weight which would probably be needed
Bro got extra work to do😅
Hell yeah. Keep that kind of new tech coming.
Yay! More complex designs. We don’t need to keep it simple anymore. 🙌
Silicone, eh 😏…
NAUR
Soft and malleable material? 😏
Another thing not mentioned but works is if you breathe in prior when you go to put it in your mouth you breathe out and the co2 helps with the instant ousting of the flame
I bet making action figures with this would be insane
Thank God we found a new way of making handbags. I was beginning to get really concerned about the future of handbag manufacturing.
Finally I can print out a 3D Roxanne for my needs
Great! Synthetic handbags, just what the environment needed!
It’s only a matter of time until we have 3D Printed organs and I’m kinda excited
This is used for soft structures such as replacement organs and most anything else that needs flexibility. It is also not quite as fast as you make it seem. There is also another version of this called SLS (Selective Laser Sintering) for more rigid, mainly metallic, structures.
If Diddy ever gets out of jail he's gonna buy a lot of these.
Couldnt even experience the present of 3D printing and boom here comes the future
Can’t wait to see how they improve traditional 3D metal printers.
i love finding out about new and exciting tech then to never hear about it ever again.
the main benefit this offers is the ability to print things inside each other.
In 30 years or so, schools will teach children what kind of ancient and slow 3D printers used to exist back then
Great! Im just getting into 3d printing and now there is another one I going to need to feed my addiction!
3D printing organs will be the future for this idea
And less plastic waste for scaffolding, this is so cool
can't wait for car & house printing in the next decades!
Makes perfect sense! One of those things I don't know why I didn't think of it first.
RLP. Thanks. I will remember this. Never heard of this before.
The cosplays made with that stuff are gonna be insane
I thought of this while i was showering i was like “what if you just like inject rubber inside gel so it defeats gravity”
Pros: the support is liquid which falls away easily
Cons: trapped liquid is heavy and potentially expensive
Can’t wait for this to be released in 30 years like every “improvement of thing” does!
I can't wait until they make an actual printer like this for commercial use because then I'll purchase it immediately
Handbags (like that one) and "furnitures" were already pretty easy on traditional 3D printing... The only benefit it's that it doesn't need supports thanks to the gel and even that comes with it's own challenges
I havent even reached to 3d printing and now there is future of it..
They day we can print 3D printers with a 3D printer will be the day we take over the universe.
Already been done my guy. In fact my ender 3 is pretty much 3d printed besides the motors and some metal parts.
The moment I 3D print something and it comes out like it was just birthed is the moment I end it
This could be super useful for chemistry, printing superscaled models of various chemicals, chirality, and bonds. Would be good for isotopes, and figuring them out, too. Or hypothetical, fictional materials.
finally we can make hand bags and furniture
Great i have adb manufacturing end term tomorrow, this better be on the test
next generation.. so amazing.. it's been done for decades! It's nice more have access to is now!
So, a 3D injection molding printer? Thats cool as hell
Omg can’t wait for this, this is genius!
“my creations will emerge from the primordial goop”
-Hey, just wondering if you got your 3d printed?
-Bogos binted?
Normal 3d printers cns print flexible materials aswell
okay flexible 3d prints were already possible but damn this is interesting
This is so cool!
It's A FUTURE of 3D printing.
why is nobody talking about that diabolical design for the chair
"That'll be 10000 bucks please and thank you."
This is why Diddy had all the baby oil 💀
a sci-fi 3d printed human came to mind as soon as I saw them handling the finished product in gel :D and then I looked up what the tech was actually made for...
They used this technology to fix my skull after a horrific ATV accident ❤
To be clear, 3D printing is capable of producing many of these structures with proper planning and alignment. This solution removes the need for support material, which limits waste.
That said, i have some pretty heavy concerns about the weight of prints in this medium. As many prints involve enclosed walls, which usually arent water tight, this likely would be more similar to resin printing than FDM. Involving drainage holes and some necessary post processing to clear the liquid, as well as unique internal support structures to allow the fluid to drain thoroughly. Also considering the effects of rapid cooling from printing in a liquid, I'd be moderately concerned about layer adhesion. Resin gets around this by not fully curing until post-processing. An FDM style printer uses heat to bond layers, so im curious how this gets around layer adhesion problems.
I’ve seen this making implants for cardiac surgery. The other advantage it has is you can go very very small because gravity isn’t an issue.
Now, 3D print a human in that, and you've got yourself a dystopian Blockbuster 👍 📼
It's wild that we can talk about 'traditional' 3d printing.
Imagine what we’ll have in 300-400 years. Amazing, but we must learn to love eachother
Oh oh so that’s what kind of robot is making workers obsolete
Bro that chair has to be unrealistically uncomfortable
it reminds me of that resin printing where they use lasers to harden resin in a vat to create structures
Wow. It's like we're entering into a new industrial age. Except now, it's high tech and futuristic.
Supreme Commander's Aeon opening is becoming a reality.
That’s some next level Darkman sheet
3d printing into gel is some mass effect future tech lol
it will be amazing when will be able to print organs like this