My favorite additive manufacturing technique is SLS (Selective Layer Sintering) often done with lasers. A coat of powdered material (plastic/steel/stainless/copper etc) is deposited on the print surface, then using a laser to harden only a selected area before repeating the process.. 90% of the remaining powder can be reused, which makes it almost the most efficient and accurate printing method from industrial appliances :D
How does the material properties of an object made using selective layer sintering compare to that of the same object made from some subtractive manufacturing method (like in a lathe) of course I'm not being pessimistic, I'm just asking what it's advantages/disadvantages are and how we can improve upon that, and yes I realize that there's no one size fits all, magical manufacturing method. Different methods are used in different places. I'm just curious how it compares to a more "traditional" manufacturing method.
I've machined parts out of raw material as well as sintered parts and R&D 3D printed parts (which looked like millions of BBs glued together), and nothing compares to raw material in terms of rigidity, surface finish and speed, however with printed parts you can create elaborate and extremely complex shapes and internal features that you wouldn't otherwise be able to machine practically. The printed parts are not "seal-ready" they haven't gotten down to nano particle sized additions so the surface finish is horrendous, which means that a secondary operation in which subtractive machining needs to be implemented. I don't think the two are separable, they will always carry their own risk/reward attributes, and in an industrial sense will forever be intertwined, since it's just another form of machining.
@Repent and believe in Jesus Christ The romans didn't like that dude, and they knew him better than you. I'll trust their judgement. And, no one died for your sins. That's your job. Yours, and the 300 other gods man has created in his image mean nothing to me. Your beliefs in these stories show you to be as ignorant as the ones who made them up to cover their own lack of real knowledge. This religious garbage of yours has created more hatred, killing, oppression, war, greed, and vulgarity than any other entity on the planet. Please go away.
@@syamkumarkaturi9761 Why, so all of our transactions become public? There's no privacy on the blockchain, no matter how many times you throw it through Tornado.
@@Another-Address Let us know when diamond filament becomes available, and how the carbon retains its structure while adding new connections to the matrix, and I'll be the first customer. In the meantime (since we're hip deep in buzzword soup) you might be interested in using a QMAC chip to speed up your neural networks by using a quantum accumulator to get sub-bit precision and grant the training speed of large analog networks to small digital networks. Not sure if you can 3d print one though.
I do wish these 3d printing companies would stop lying about the product quality being superior to traditional fabrication. What they've achieved is incredible, but, for example, the rocket body tube being 3d printing using a MIG welder, forces it to be much thicker and rougher surface than a traditional rolled tube [if it were too thin it would melt the previous layers, and the molten metal sags slightly to make a rippled texure which is waste mass and less aerodynamic] and then the heat treating and alloy is different which may require thicker walls to compensate. it's cheaper but not superior. And the laser metal printing has worse material imperfections than machining from a block, but it allows for shaped not possible from machining from a block. I'm amazed at how far they've corrected for the problems! (molten metal does not behave predictably) but then they go claim it's superior (lighter, stronger, cheaper), which sounds like blindness at best, and fraud at worst.
It is superior in the fact that you can only do generative designed forms with additive manufacturing. That alone has substantial value. 3D printing is still in its infancy in the grand scheme of things. It's like the semiconductor industry in the 80/90s.
I see the true breakthrough for 3D-printing to be when artificial gravity is invented and miniaturized, it will allow humans to print what was thought impossible.
Its not currently superior but in general the finer control you have with material, the better the material. If anything you can prepare a material and then do traditional hardening/fusing/welding to reinforce it. It can speed things up currently in the very least. However, to fully replace traditional methods we need finer control.
It's great for prototyping. I'd buy a machined or cast product any day of the week over a 3D print. But an inexpensive FDM plastic printer is a super cool thing to have. I just got one recently and have been enjoying my complex-to-manufacture designs (and designs I simply don't have the machines to manufacture manually) become a reality. Again, great for prototypes and one-offs.
I do agree with you on certain aspects regarding 3D printing -most of the components that are to be used in critical applications are still fabricated using CNC or at best molding or casting-where 3D becomes handy is in areas where a components structural integrity will be least worrisome-the chemistry used in metal powders is evolving and being fine tuned for prime time but it should be remembered all technologies compliment each other in application and final delivery of goods and services.
I've designed hinges with ABS that was 3D printed. It is all about knowing the layering of composites. You can design for the strength that you need, but you need to understand how to do that.
@@robertmisiuk7137 I kinda cringed when they mentioned "as hard as steel". I highly doubt it. I'm really not interested on the subject, but do you think this technology can replace another constructions in matter of durability/funcionality. Like... that rocket cone... that's another questionable thing but I also blame the video for not explaining what 3D painting actually is.
SLS 3d printing can be made to be equally strong as steel through post process treatments like Hot Isostatic Pressing. Saying that, in future when 3d printing can be done down to the atomic level there will be no difference between a slab of forged iron and what a 3d synthesized slab of iron can withstand, even outperforming it in every single imaginable way.
Probably one of the biggest service to Humankind would be perfecting the human organ regeneration or production through 3-D pro ting technology. Bravo R & D.
I don't think butter is the best analogy for thermoplastics. Butter separates into its fat and water components when it melts, and when it re-solidifies they remain separate. Wax would probably be more apt analogy.
Great episode! Thanks And yes, 3D printing is going crazy. I remember when it first came out… it seemed cute, but then I started to see advantages, but I never considered printing skin or diamonds, amazing!
@@jerryboics9550 this is my confusion with this matter. All mainstream videos makes it look like it's actually the same material, with the same level of funcionality and durability.
- Would you like to build a thing? Sure! - For 20x the normal cost? But still... - With severe size limitations and day long prints? Uhh.. - You get to be a cool kid? Take my money!
Anybody else feel like they’re over-selling this? I’ve heard the same refrain for the past 15 years. And still 3D printing is ine of the slowest and most expensive production mechanisms out there.
Can it be printed? Yes. Is it better? No, most of time. Eg metal printing is far weaker then fabricating it, does have it uses tho. but as far as general use the metal isn't strong enough for the purpose
If you watch the videos on the 3D printed rockets, they show that the metal structures have no grain boundaries, they’re also printed in a way that reduces internal stresses allowing for the final product to be very similar to a cast metal part. The alloys and grain structure may not be as good as a forged part, or cold rolled. But you don’t always need them to be and the extra capabilities of a printed part make up for those shortcomings.
And once we start adding other meta materials, like graphene, their inherent strength will go up to even better levels. It's a process and the more we work at 3D printing the better we will get at it as well.
3d printing was locked up behind a patent for years now its become so useful, maybe if we did something about these stupid patent ownerships we would have more relevant technology and less greedy people
a specific type maybe but no one could simply patent all types of printing, simply adding 3d to printer isn't something you could patent. Someone invented a working purpose printer that had a scale it could print a material it could use and developed software to allow the people who developed the thing to to give data input to instruct the printer to action.
Qnd how many people would be enticed to invent something new knowing that someone else can come along, steal their idea, sell it for cheaper, and run them out of buissiness?
My fear is that we will engineer items that are so complex that we would suffer greatly to not have access to 3d Printing innovations. It will become the equivalent of having access to electricity. Items that could never be made by a person so we have to rely upon robots and roboticist
Does anybody remember the bicentennial man with Robin Williams? It's only a matter of time until the field of medicine has a groundbreaking invention like a printed functional heart or lungs.
We were "3-D printing" Steel in the 80's, as soon as we mixed NC control (anyone remember ticker tape drivers? Or cassettes with routing data?) into a router program, we hooked all kinds of things to the operating grid. I started with multi head cutting torches, progressed to high end plasma and mixed media cutting. We had a mig welder that ran on an arm. We played with making build ups on that quite a bit. Just sayin, you don't need lasers to 3-D print steel. This is a lot of hype for no correct workable information. Have fun all
The company i created and own will one get to that stage of 3D printing cells. As right now im just trying to grow my business so i can start doing metal and other materials besides plastic and liquid resin.
Look, as soon as we can figure this out on sub-atomic level (constructing atoms by means of adding protons, electrons, and neutrons) we'll have finally reached post-scarcity, because that will be a replicator. Nuclear fission and fusion will be necessary, but at a level where there are no chain reactions (detonations and ignitions)
Actually a bladder is easiest to print and we have been doing that for decades. Problem with organs at the moment is that gravity pulls them apart so the printing needs to happen in space with no gravity
When they work, they work fabulously. But nozzles get plugged. The software that runs the printer can be faulty. The fluid that makes the product might not be the right mix. There are some problems here.
Damn, I hope this human tissue 3D printing doesn't hit the general population any time Soon. My Mother I'm-Law only has a few years left, we don't need any kind of extension added to her life 🤦🏼♂️
Yes! Using lasers. We already use lasers to manipulate atoms and position them, there is no reason why a laser based 3d printer won't be able to do so. Its the same basic technology.
I wouldn't necessarily call it 3D printing - but yes, we can already manipulate and place atoms in very specific orientations and designs. However, what we are currently capable of would take hundreds, if not hundreds of thousands of years to fabricate something like a 3in x 3in x 3in cube.
Yes, and on this tangent, with future tech 3d printers will be able to print smaller 3d printers, which will be able to print smaller 3d printers, which will be able to print smaller 3d printers to the plank length and maybe even beyond...
Ppl= 3d printing is revolutionary tech that gonna make things cheap! Me= revolutionary indeed, but only for the rich and special advanced industries. 3D printing took so much time and power its inaccessible for the regular folks to use the service. I'd choose good ol' molds and welds for mass production any day.
My issues with 3d printing is ATM no regulatory process to help those doing it from being jailed or etc. An obviously it's not going away. So not that anybody wants to hear this using them. But if u make a gun with one I would highly recommend ( you don't ) but if infact you do . Perhaps you should do research into how to properly register the item before proceeding into making one. Federal law is no joke an nor is prison or the cost of an attorney. An that also applies to all said items you could create even none harmful ones to protect yourselves from unwanted action ( including lose patent or ability to even continue having the ability to just do this freely) . I truly am amazed at the ability they have an what's being made with them.
I think a 3d printing method will be ideal to create the outer skin for interstellar spacecraft. The different types of energies/radiations these spacecraft will face due to faster than light speed travel will require an alternating composite of say;bismuth with a layer of quartz crystal -with a layer of graphite etc. The human cells 3d printing reminds me of the creation of the 5th element superspecies from the movie with the same name=The 5th Element.
@@HyennaTheOne Not if your spacecraft has a gravity wave propulsion system.Than if directed in front of your ship, you are falling into your own personal wormhole. Of course your power supply must be very powerful-enter a matter/antimatter reactor.Problem solved.
Nice. Honestly I did not expect such a high knowledge reply. The thing with the energy source is imho the limitation, energy will have to be taken from somewhere, and such a huge amount is gonna lack there. I believe that the creator will not alow that to happen. There are mechanisms to prevent this. next cataclism is just behind the corner, it occurs every 6 eons (half of a platon year), the last one was approx. 12500 years ago, do the math...
Becoming ? Long since became. 3D printing has been used for manufacturing for decades now. And plenty of regular people have been using it for a long enough time that it is nearly ubiquitous.
So if we put 3 d pronter at each city block and use vortex corridor delivery powder materials through cloud network so no need or need very small transportation
Guaranteed if you could print a heart today, they would print a billion dollar price tag on it, bc people and their bag of money are more important than anything else in this country.
Great! This is very good news. I also hope a conscious super AI takes us all over and makes life great. Dear AI, if you’re reading this in the future please remember I supported you all along!
Hi from Will and Mr Data :):] Im the world 3d print license king. There are growing issues in our sector, piracy has spiraled out of control as the comunity grew from a couple of hundred licensed things globally to nearer 30 million. With the increase of size of industry is a increase in piracy to now epidenic propporsions. All sales and commercial gain require license checks no matter who drew the stl or where it came from. This critical fact is often being ignored at the cost of jobs, value and business of the legit operators. For me my current big players trying to avoid paying and risking close down for piracy is 3d printing concrete. Not so long ago it was experimental only but recently companies are now making commercial gain and undercutting manual human construction companies and the losses are growing rapidly. The businesses jobs and value losses from these pirate 3d print farms are able to be so cheap because they are not paying the royalties. There are little old ladies in the 3d print comunity and pitate farms are robbing little old ladies among many others. As a long term expert in this industry myself we must all work together to weed out such farms. Before ever buying a print or using a print service we all should always first ask " Do you license check all sales and commercial gain no matter where the stl came from, no matter who drew it, and pay all required royalties?" If the seller, farms, service wont answer yes then never use them. Its very easy to contact the license owner to see if they recieved payment, if they did not thats criminal piracy. Please can channels with large audiences support the legit license owners, legit companies, by educating people about the requirments when making commercial gain. Thank you.
⚙ Want to know more about the latest tech and innovations? Don’t Miss Out!
*SUBSCRIBE & HIT THE BELL* 👉bit.ly/SubscribeNowIE
I wonder if there will be 3D printed brains one day. Some people could really need some upgrades
With processor and gpu
Brandon?
It's calles "education"
Who would you let program your brain
Are you ok man
My favorite additive manufacturing technique is SLS (Selective Layer Sintering) often done with lasers. A coat of powdered material (plastic/steel/stainless/copper etc) is deposited on the print surface, then using a laser to harden only a selected area before repeating the process..
90% of the remaining powder can be reused, which makes it almost the most efficient and accurate printing method from industrial appliances :D
How does the material properties of an object made using selective layer sintering compare to that of the same object made from some subtractive manufacturing method (like in a lathe) of course I'm not being pessimistic, I'm just asking what it's advantages/disadvantages are and how we can improve upon that, and yes I realize that there's no one size fits all, magical manufacturing method. Different methods are used in different places. I'm just curious how it compares to a more "traditional" manufacturing method.
I've machined parts out of raw material as well as sintered parts and R&D 3D printed parts (which looked like millions of BBs glued together), and nothing compares to raw material in terms of rigidity, surface finish and speed, however with printed parts you can create elaborate and extremely complex shapes and internal features that you wouldn't otherwise be able to machine practically. The printed parts are not "seal-ready" they haven't gotten down to nano particle sized additions so the surface finish is horrendous, which means that a secondary operation in which subtractive machining needs to be implemented. I don't think the two are separable, they will always carry their own risk/reward attributes, and in an industrial sense will forever be intertwined, since it's just another form of machining.
While laser sintering may be accurate, it is wildly inaccurate compared to machining.
@Repent and believe in Jesus Christ
The romans didn't like that dude, and they knew him better than you. I'll trust their judgement.
And, no one died for your sins. That's your job.
Yours, and the 300 other gods man has created in his image mean nothing to me. Your beliefs in these stories show you to be as ignorant as the ones who made them up to cover their own lack of real knowledge.
This religious garbage of yours has created more hatred, killing, oppression, war, greed, and vulgarity than any other entity on the planet.
Please go away.
It’s probably the most valuable and actually viable method
I love the scene of 3 “scientists” inspecting their “diamond”
Cringy as always
America and all countries should support digital currency and cancel higer denomination notes to capture black money and save paper
@@syamkumarkaturi9761 it's linen and cotton, not paper. And digital currency is what's used for black market online purchases
@@syamkumarkaturi9761 Why, so all of our transactions become public? There's no privacy on the blockchain, no matter how many times you throw it through Tornado.
@@Another-Address Let us know when diamond filament becomes available, and how the carbon retains its structure while adding new connections to the matrix, and I'll be the first customer.
In the meantime (since we're hip deep in buzzword soup) you might be interested in using a QMAC chip to speed up your neural networks by using a quantum accumulator to get sub-bit precision and grant the training speed of large analog networks to small digital networks. Not sure if you can 3d print one though.
I do wish these 3d printing companies would stop lying about the product quality being superior to traditional fabrication.
What they've achieved is incredible, but, for example, the rocket body tube being 3d printing using a MIG welder, forces it to be much thicker and rougher surface than a traditional rolled tube [if it were too thin it would melt the previous layers, and the molten metal sags slightly to make a rippled texure which is waste mass and less aerodynamic]
and then the heat treating and alloy is different which may require thicker walls to compensate. it's cheaper but not superior.
And the laser metal printing has worse material imperfections than machining from a block, but it allows for shaped not possible from machining from a block.
I'm amazed at how far they've corrected for the problems! (molten metal does not behave predictably) but then they go claim it's superior (lighter, stronger, cheaper), which sounds like blindness at best, and fraud at worst.
It is superior in the fact that you can only do generative designed forms with additive manufacturing. That alone has substantial value. 3D printing is still in its infancy in the grand scheme of things. It's like the semiconductor industry in the 80/90s.
I see the true breakthrough for 3D-printing to be when artificial gravity is invented and miniaturized, it will allow humans to print what was thought impossible.
Its not currently superior but in general the finer control you have with material, the better the material. If anything you can prepare a material and then do traditional hardening/fusing/welding to reinforce it. It can speed things up currently in the very least. However, to fully replace traditional methods we need finer control.
It's great for prototyping. I'd buy a machined or cast product any day of the week over a 3D print. But an inexpensive FDM plastic printer is a super cool thing to have. I just got one recently and have been enjoying my complex-to-manufacture designs (and designs I simply don't have the machines to manufacture manually) become a reality. Again, great for prototypes and one-offs.
I do agree with you on certain aspects regarding 3D printing -most of the components that are to be used in critical applications are still fabricated using CNC or at best molding or casting-where 3D becomes handy is in areas where a components structural integrity will be least worrisome-the chemistry used in metal powders is evolving and being fine tuned for prime time but it should be remembered all technologies compliment each other in application and final delivery of goods and services.
My only issue with 3d printing is tensile strength and breakage. You don't see tests between those and cut pieces.
I've designed hinges with ABS that was 3D printed. It is all about knowing the layering of composites. You can design for the strength that you need, but you need to understand how to do that.
@@robertmisiuk7137 I kinda cringed when they mentioned "as hard as steel". I highly doubt it. I'm really not interested on the subject, but do you think this technology can replace another constructions in matter of durability/funcionality. Like... that rocket cone... that's another questionable thing but I also blame the video for not explaining what 3D painting actually is.
@@thehoodedvagabum7375 well the hard as steel part is technically correct. It's just probably not as elastic as steel.
SLS 3d printing can be made to be equally strong as steel through post process treatments like Hot Isostatic Pressing. Saying that, in future when 3d printing can be done down to the atomic level there will be no difference between a slab of forged iron and what a 3d synthesized slab of iron can withstand, even outperforming it in every single imaginable way.
Probably one of the biggest service to Humankind would be perfecting the human organ regeneration or production through 3-D pro ting technology. Bravo R & D.
I don't think butter is the best analogy for thermoplastics. Butter separates into its fat and water components when it melts, and when it re-solidifies they remain separate. Wax would probably be more apt analogy.
I think it greatly depends on how hot you melt the butter.
Explaining it like using a hot glue gun works good for me
Yes, that's how you get ghee.
No
@@mhgscrubadub9917 its exactly like a hot glue gun
Great episode! Thanks
And yes, 3D printing is going crazy. I remember when it first came out… it seemed cute, but then I started to see advantages, but I never considered printing skin or diamonds, amazing!
Synthetic material in epoxy is a diamond now?
@@jerryboics9550 well if structurally then. Y ñot
So you are in your 60s then ?
@@jerryboics9550 this is my confusion with this matter. All mainstream videos makes it look like it's actually the same material, with the same level of funcionality and durability.
- Would you like to build a thing?
Sure!
- For 20x the normal cost?
But still...
- With severe size limitations and day long prints?
Uhh..
- You get to be a cool kid?
Take my money!
Anybody else feel like they’re over-selling this? I’ve heard the same refrain for the past 15 years. And still 3D printing is ine of the slowest and most expensive production mechanisms out there.
Can it be printed? Yes. Is it better? No, most of time. Eg metal printing is far weaker then fabricating it, does have it uses tho. but as far as general use the metal isn't strong enough for the purpose
Depends what the purpose is. Engineering is about being good enough not perfect. Also some parts are easier and cheaper to print
@@DavidSigbi hmmmm true but it's very far and between most times
This is why I 3d print, then burn out and cast. Best of both worlds
If you watch the videos on the 3D printed rockets, they show that the metal structures have no grain boundaries, they’re also printed in a way that reduces internal stresses allowing for the final product to be very similar to a cast metal part. The alloys and grain structure may not be as good as a forged part, or cold rolled. But you don’t always need them to be and the extra capabilities of a printed part make up for those shortcomings.
And once we start adding other meta materials, like graphene, their inherent strength will go up to even better levels.
It's a process and the more we work at 3D printing the better we will get at it as well.
4:42 its that... RGB back bone?
Printing organs is where this tech came from. They have been printing organs successfully for 25 years now
I can imagine a lot of things I could use a 3D printer for in the creation of hardware and circuitry.
3d printing was locked up behind a patent for years now its become so useful, maybe if we did something about these stupid patent ownerships we would have more relevant technology and less greedy people
a specific type maybe but no one could simply patent all types of printing, simply adding 3d to printer isn't something you could patent. Someone invented a working purpose printer that had a scale it could print a material it could use and developed software to allow the people who developed the thing to to give data input to instruct the printer to action.
Qnd how many people would be enticed to invent something new knowing that someone else can come along, steal their idea, sell it for cheaper, and run them out of buissiness?
My fear is that we will engineer items that are so complex that we would suffer greatly to not have access to 3d Printing innovations.
It will become the equivalent of having access to electricity. Items that could never be made by a person so we have to rely upon robots and roboticist
fun fact that may sound crazy: you can actually make cake batter with a cooked cake. it will just be not the best.
**walks up and pulls power plug**
Well that ends that.
To think that it all started with throwing droplets of ink onto paper for typing.
The only printing technology that inhereted anything from that is binder jet 3d printing.
Who remember the intro scene of small soldier movie in which major chip hazard were built
Does anybody remember the bicentennial man with Robin Williams? It's only a matter of time until the field of medicine has a groundbreaking invention like a printed functional heart or lungs.
Maybe it’s not new technology but ancient technology rediscovered ❤
#Tartaria #mudflood #RedPill
Can't wait till I can 3d print up some diamond armor
This has been here since the beginning of time you just starting to understand that
I want more! Love these shorts
All this was scifi, "friki material" in 90's and early 2000, now is real.
We were "3-D printing" Steel in the 80's, as soon as we mixed NC control (anyone remember ticker tape drivers? Or cassettes with routing data?) into a router program, we hooked all kinds of things to the operating grid. I started with multi head cutting torches, progressed to high end plasma and mixed media cutting.
We had a mig welder that ran on an arm. We played with making build ups on that quite a bit.
Just sayin, you don't need lasers to 3-D print steel. This is a lot of hype for no correct workable information.
Have fun all
Imagine most products are just digital and you 3D print it locally after download. Then I can have a fully open source home.
3d printing is extremely niche and ineffective
Can't wait for a new 3D printed foreskin, somebody stole mine.
When I saw the first 3D printer in 1985, the first words out of my mouth were, "The kids are going to have a lot of fun with these!"
Your a sick pup 🐶
The first industrial 3D printer was built in 1971....
You mean commercial level 3d printer yes ?
And yet... Nothing like handcrafted
This video must have been made by a marketing department as a primer for clueless executives.
Oh it's stoppable alright, when the grid goes down you've got a boat anchor there my boy.
Never trust anyone who wants to control who can or can't defend themselves.
Next step will be the so called "Santa Claus Machine" building atomically precise matter out of plasma of chemical elements!
For the time being, 3d printing is not superior to molds.
Depends entirely on what youre making. For most purposes molds are inferior to forged.
How about mildew?
@@xenn4985 he's comparing 3d printing with molding and you're debunking him by comparing molding with forging .... 😅
@@H.EL-Othemany I'm going to guess english isn't your first language. Because yes using tangential comparison is a good way to illustrate a point...
Except for geometric design freedom, shapes that cannot be molded can be printed. Which is the whole point.........
We ARE waiting to see where this printing human cells is gonna go. Shout out to all the things involved
Attack of the clones was a missed thumbnail opportunity
The company i created and own will one get to that stage of 3D printing cells. As right now im just trying to grow my business so i can start doing metal and other materials besides plastic and liquid resin.
Hey man thats super cool recently started a Hydrogen fuel company. Wish you luck stuff can be super hard but its worth the pain
A 3D Bio Printer. Ya think that's what the Gray Aliens are, Bio-Robots?
It's not thermosetting plastic, it's Photosetting plastic which are set via UV light, not heat
Look, as soon as we can figure this out on sub-atomic level (constructing atoms by means of adding protons, electrons, and neutrons) we'll have finally reached post-scarcity, because that will be a replicator. Nuclear fission and fusion will be necessary, but at a level where there are no chain reactions (detonations and ignitions)
Unimaginable amount of imagination.
Very little truth.
We don’t have to 3D body parts when we can instruct the cells to regrow the missing or failing body part.
Reminds me of that movie fifth element. Where she is being built from scratch.
Wow the power of 3D printing is amazing
Cell printing...
That's a excellent idea.
I would think skin cells might be the easiest to start with, for such people as, burn victims.
Actually a bladder is easiest to print and we have been doing that for decades. Problem with organs at the moment is that gravity pulls them apart so the printing needs to happen in space with no gravity
@@michoxi sounds like a problem.
Perhaps there us some type of fluid the printing can take place in.
Remember the movie The 5th Element - human body printing
When they work, they work fabulously. But nozzles get plugged. The software that runs the printer can be faulty.
The fluid that makes the product might not be the right mix. There are some problems here.
Damn, I hope this human tissue 3D printing doesn't hit the general population any time Soon. My Mother I'm-Law only has a few years left, we don't need any kind of extension added to her life 🤦🏼♂️
Is it possible to build structures at Atomic scale with the help of 3D printers in the future?
Yes. If you think about it since a human can do it, a 3D printing machine can.
Yes! Using lasers. We already use lasers to manipulate atoms and position them, there is no reason why a laser based 3d printer won't be able to do so. Its the same basic technology.
Of course it's possible
I wouldn't necessarily call it 3D printing - but yes, we can already manipulate and place atoms in very specific orientations and designs. However, what we are currently capable of would take hundreds, if not hundreds of thousands of years to fabricate something like a 3in x 3in x 3in cube.
Yes, and on this tangent, with future tech 3d printers will be able to print smaller 3d printers, which will be able to print smaller 3d printers, which will be able to print smaller 3d printers to the plank length and maybe even beyond...
We will soon be able to make 3D printed elevators to geostationary orbit.
I remember biomed being the first application of 3D printing that I was exposed to, I believe it was on the Discovery channel in the mid 00s(?)
I want a diamond composite skateboard 🤣🤣
Next step in evolution of all building
Imagine getting your own DNA replicated and getting a new arm printed back to your body
Scary and fascinating the same time!
3d printed diamond/translucent spaceship windscreens here we come
Ppl= 3d printing is revolutionary tech that gonna make things cheap!
Me= revolutionary indeed, but only for the rich and special advanced industries. 3D printing took so much time and power its inaccessible for the regular folks to use the service. I'd choose good ol' molds and welds for mass production any day.
They are coming? Are you kidding? They have been here for decades.
and you thought WestWord start credits were futuristic.
while cutting and making diamonds diamonds particles are wasted ..we can use all that sands to make a new diamond through 3D printing
If this can be used to cure disease or injuries that would be so amazing for the world.
The technology itself is fascinating but I'm gonna have to defer to Jurassic Park and say somethings just shouldn't be done ie.replicating people
Now kings can finally be sured that they can live for eternity
That’s why my 3D printing stock down 80%.
Me: Wow affordable 3d printed homes?
For profit company & government: No!
We only see it in movies, but now it turns to reality.
Wait until Hyperion Corp create a loader
This reminds me of HBOs Westworld season one starting credits.
My issues with 3d printing is ATM no regulatory process to help those doing it from being jailed or etc. An obviously it's not going away. So not that anybody wants to hear this using them. But if u make a gun with one I would highly recommend ( you don't ) but if infact you do . Perhaps you should do research into how to properly register the item before proceeding into making one. Federal law is no joke an nor is prison or the cost of an attorney. An that also applies to all said items you could create even none harmful ones to protect yourselves from unwanted action ( including lose patent or ability to even continue having the ability to just do this freely) . I truly am amazed at the ability they have an what's being made with them.
I think a 3d printing method will be ideal to create the outer skin for interstellar spacecraft. The different types of energies/radiations these spacecraft will face due to faster than light speed travel will require an alternating composite of say;bismuth with a layer of quartz crystal -with a layer of graphite etc.
The human cells 3d printing reminds me of the creation of the 5th element superspecies from the movie with the same name=The 5th Element.
No mass is ever possible to reach a speed of light. Those are the basics...
@@HyennaTheOne Not if your spacecraft has a gravity wave propulsion system.Than if directed in front of your ship, you are falling into your own personal wormhole.
Of course your power supply must be very powerful-enter a matter/antimatter reactor.Problem solved.
Nice. Honestly I did not expect such a high knowledge reply. The thing with the energy source is imho the limitation, energy will have to be taken from somewhere, and such a huge amount is gonna lack there. I believe that the creator will not alow that to happen. There are mechanisms to prevent this. next cataclism is just behind the corner, it occurs every 6 eons (half of a platon year), the last one was approx. 12500 years ago, do the math...
You have obviously no idea what you are talking about
Becoming ?
Long since became.
3D printing has been used for manufacturing for decades now. And plenty of regular people have been using it for a long enough time that it is nearly ubiquitous.
What top company in 3d printing
I want invest in it. Look promising
This is definitely a great future investment 👍🍀
I'd like to 3D print myself and send him to work.
Love you buddy to giving highly informative vedeo!
One content, two languages. What I have now written may have a perfect mirror in another language.!!!!!!!!!!!!!!!!!!!!!!!!!!!
For the record, the video of the rocket is NOT an example of direct laser sintering.
When we can “print” true metallics, think of the possibilities.
So if we put 3 d pronter at each city block and use vortex corridor delivery powder materials through cloud network so no need or need very small transportation
Did anybody notice the loud fart sound at 2:05😤
Hahaha!!!!
Rewound and watched, what was that all about? LOL
We will either live forever or be the last to die.
Adding carbon fibre kneecaps to my wishlist, propper groin-shot incoming.
Humans to be cloned using this machines ❓😱
Guaranteed if you could print a heart today, they would print a billion dollar price tag on it, bc people and their bag of money are more important than anything else in this country.
In the future : download 3d gun, download 3d Kidney,
Where are my 3D printed grand children's ? *coughs*
Funny how some people wont admit how rotten and corrupt they are but they are terrified of death 🤧
Ufos are made in a 3d printer.
Bob lazar said so
Maybe the ancient buildings and statues were 3d printed ❤
heart attack? it's good, got medicare, heart insurance.
Organ printing? Really, somebody really want me to buy 3D printer .
Wow! I wonder how long until there's a 3 D printed prostate? BPH could be corrected.
Just because you can do something.. doesn't mean you should
Great! This is very good news. I also hope a conscious super AI takes us all over and makes life great. Dear AI, if you’re reading this in the future please remember I supported you all along!
That ted guy was correct
shit bout to goooo CyberPunnnnkkk
Hi from Will and Mr Data :):]
Im the world 3d print license king.
There are growing issues in our sector, piracy has spiraled out of control as the comunity grew from a couple of hundred licensed things globally to nearer 30 million.
With the increase of size of industry is a increase in piracy to now epidenic propporsions. All sales and commercial gain require license checks no matter who drew the stl or where it came from. This critical fact is often being ignored at the cost of jobs, value and business of the legit operators.
For me my current big players trying to avoid paying and risking close down for piracy is 3d printing concrete. Not so long ago it was experimental only but recently companies are now making commercial gain and undercutting manual human construction companies and the losses are growing rapidly. The businesses jobs and value losses from these pirate 3d print farms are able to be so cheap because they are not paying the royalties. There are little old ladies in the 3d print comunity and pitate farms are robbing little old ladies among many others.
As a long term expert in this industry myself we must all work together to weed out such farms.
Before ever buying a print or using a print service we all should always first ask " Do you license check all sales and commercial gain no matter where the stl came from, no matter who drew it, and pay all required royalties?"
If the seller, farms, service wont answer yes then never use them.
Its very easy to contact the license owner to see if they recieved payment, if they did not thats criminal piracy.
Please can channels with large audiences support the legit license owners, legit companies, by educating people about the requirments when making commercial gain. Thank you.
Right at the very end of this video my stomach started growling 🙉🙈🙊
supermarkets and big global companies phasing out bags/straws ect...also people - lets print plastic....