Carbon M1 Super Fast 3D Printer Demo!
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- Опубликовано: 15 май 2016
- Watch this complex object get 3D printed in less than 15 minutes. Sean and Norm visit Carbon, the makers of the M1 3D printer, to get a demo of this new super fast 3D printing technology working in real-time. We chat with Carbon's VP of Product, Kirk Phelps, to learn how the CLIP 3D printing tech works, and why it's more than just about really fast prints.
Shot and edited by Joey Fameli
Music by Jinglepunks
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Tested is:
Adam Savage / donttrythis
Norman Chan / nchan
Simone Giertz / simonegiertz
Joey Fameli / joeyfameli
Adam Isaak / adamisaak
Kishore Hari / sciencequiche
Patrick Norton / patricknorton
Frank Ippolito / frankippolito
Sean Charlesworth / cworthdynamics
Jeremy Williams / jerware
Thanks for watching!
#3DPrinting 
Наука
For more about Carbon's 3D printers, visit their site here: www.carbon3d.com/
Dont buy that
becoase
its get crack fast
No
So does it work on light and oxygen?
He never answered the question but rather just danced around it. In a deflective sort of way. “Light, oxygen, engineering in a specific way. Fortune 500 fortune 50 Nadimus bleep bloop blop bleeep!!¡” Cool robot man guy, any other final statements “Esters, light, oxygen, two parts sterilizable klip under the hood, we live for for fortune fortunately existing engineering thermosets pressure and heat.” Oh wow wow we wow robot oxygen man. I heard there was some sensitivity issues with your klip? Hopefully
👀.....damn like seriously serious? How fast we talking on the crack re-up? Do they offer crack direct to public or are they a wholesaler like the CIA? This is exciting.
I remember back when I started out you had to use a scrape process but now with light, oxygen and chemistry we get some high tech crack.
When you ask for an engineering interview and they give you the marketing guy
Marketing guy wont know too much and cant slip up.
This guy is really good at not answering questions. I know just as much about this printer as I did before I knew it existed.
he's a damn good attorney! :))
Well, you see it runs on Light AND Oxygen....
He would have been good at not answering if he had known the answers but still avoiding to give any useful answers.
This guy had no idea about the answers and probably no idea about the questions. So he was just good at repeating the mantra until they did run out of time for the interview.
He claimed he couldn't mention how the process worked because it was a trade secret. But the inventor behind it had already spilled the beans so there was no reason to not mention that they use a base that allows oxygen through - except the reason he just didn't have the actual knowledge to be able to give this answer.
"If he says Light and Oxygen one more time i'm going to shoot myself." - 13:55.... :)
Everything is this dudes friend it seems .
Four years later, I'm watching this video while painting miniatures I printed on a resin printer at home.
It's wild how fast technology moves.
4 year old me: "Dad, how do people see and breathe?"
Dad: "Ok, so there's this new method of using light and oxygen..."
I thought it was engineers, good ones, real good ones
For those who didn't get it -
Hardware, software and chemistry that allows us to control light and oxygen !!!
Don't forget great engineering !
Through the magic of technology
(cue trumpets)
ruclips.net/video/t52Nn2CbpRA/видео.html
And fortune 500 partners
Hmmm, not sure I heard that anywhere in the entire video...times please?
Hmm yes, light, oxygen and molecular chemistry... Now tell us about that
well it uses light, oxygen and molecular chemistry...
+AdamTrolls ... LAMO
+AdamTrolls He already told you, it is light AND oxygen. Obviously. Using oxygen is better, because nobody ever thought of using oxygen before.
+AdamTrolls I liked the response to the question " how did you manage to get such precision to focus the light in the projector"? "We used reeaallllyyy great engineering"
+Edward jfdlaj
how did you *insert amazing thing that happened*
well, we *insert vague term that makes the company seem awesome*
+Menex and theirs only so much you can do to explain certain complex methods. sometimes its best to say "we figured something out"
can it print light and oxygen ?
Tayeb Belm if so, have they found out that light has mass!! WHAT ARE THEY KEEPING FROM US!
@@ryanhasmanners9997 Would be cool if it was plasma... solid plasma? that would be a chemical marvel itself that would revolutionize energy.
*Yes Sum-Ting-Wong, you can Breathe the Fluid........take it in Don't Panic ..........Ooohh, my Bad.*
☠️
😂😂
I wonder if there is a marketing industry award for saying I don't know the most different ways, without people real good that's what you said.
Realising, stupid autocorrect
+Mooncabbage *Realizing, autocorrect didn't help you there either it looks.
+Da0yster I think you don't know the difference between British and American English.
Nope I didn't, thanks for educating me.
Not always "I don't know", mostly "we're not allowed to tell you".
Tested: How do you make this stuff work?
PR guy: We hire smart people.
Holobrine they know it's going on RUclips, and this stuff is all under wraps so that they could be the ones to make the first profits on it.
Smart people that mix light and oxygen.
Sounds like Trump!
dont forget light and oxygen
Holobrine just like they said it can print in engineering materials like usually a metal but
I don't think light can melt metal or even keep it melted for any period of time
Im glad they used great engineers and great technology and amazing chemistry.
At least, that's what they say... XD
13:47 "This is mind blowing for people..." -> 14:03 (not so distant gunshot)
Sooo... are you controling light together with oxygen? I missed that part... 37 times...
same xDD
HighEndMe And most of all, he is a businessman, he has limited info that he can reveal on camera and has trying to promote the machine at the same time, which is damn hard :D Its just quite funny,im not a complaining or actually criticizing him.
The takeaway, which they seem to be beating around, but not explicitly saying is that its a DLP SLA system that uses an oxygen barrier to eliminate the "peel" process usually native to SLA - so while it is technically still curing the part in layers, the layers are esentially contiguous and not perceptable . Also with the "peel" gone you are eliminating 75% of the error causes in SLA printing.
I love this literal reply!
Billy Wardlaw what? :3
I have a question; are light and oxygen used in any way inside this machine?
yes
]
hm i dont think so ...
Fox Blue River yes it is. Light clumps the material and oxygen creates bubbles
These printers don't use light from surroundings. They use a beam of light projected from underneath the printer tray. So its not visible because the resins in the tray block the view (unless you're using translucent resin). The oxygen part, they don't explain because of being secretive in their research but basically they control how much oxygen is allowed to be around the printing tray. Think of how oxygen and fuel are used together in car engines.
Abdullah Siddiqui it wasn't a serious question.
15:00 “I love that you’re so informed on the chemistry side” - then proceeds to bullshit about nothing instead of answering his intellectual question.
An engineer would have said "That's proprietary info, i can't discuss it." The guy in the video is a salesman and Norm got a salesman's answer.
@@jakeawe1966 He already said he wouldn't go into how they control oxygen.
lol i thought the same thing
@@truthseeker1364 he also talked about how in the future heat will be their friend
Owner: someone’s coming to do an interview
Employee: ok hat should I tell him?
Owner: light and oxygen
Hat 🧢
So you're saying it's oxygen AND light needed to make these great parts?!? Wow, glad you said it 3,472,379 times!
No, no no.it takes LIGHT and OXYGEN.
"Hey, Kirk, tell me about that light and oxygen!"
"Right!"
+William Burns Entire video
ayup, 8,5 minutes in and without repeating all the buzzwords it equates to about a minute of actual informational material. fucking marketting newspeak
+William Burns With great engineering.
Right
+William Burns correct
This sounds like the middle school presentation about photosynthesis that I put together the night before the due date.
Plants use light and oxygen to grow and the precise control of this light and oxygen allows the oxygen to be controlled inside the plant with the help of light
Sounds like someone at 14:03 was done with light and oxygen.
Don’t forget some chemistry
Right
Q: How does it work ?
A: Light and oxygen !
Q: How long will it take to print an object ?
A: Light and oxygen !
Q: Ok but..
A: Light and oxygen, mah dude !
Q: Are you okay ?
A: Light and oxygen !
Q: What time is it ?
A: Light and oxygen !
Q: what's your name?
A: Light and oxygen!
LOLd so hard
This is my all time favorite comment on RUclips now! I was laughing at the guy in this video, then I read the comments, and yours sir has me crying laughing at 9am. x'D
Ornstein lol
And advanced chemistry
Let me tell you about this really amazing thing, and how good it is, and that it's better than anything else, and how really smart people are doing some pretty amazing science, but its also really complicated, so I'm not going to tell you how it works, but trust me because it's the future...
Basically sums up this video.
+Anthony G they explain how it works on their website. do like 5 minutes of research kek
+Anthony G carbon3d.com/clip-process
+Sensaisean I thought he was summarising the video, not their website.
If you were running this company your dumb ass would run it to the ground. You can't give away too much when your product is a breakthrough, you give away how it works and you have richer companies with more resources stealing your idea. Don't be an oblivious idiot.
+Anthony G I thought it was quite obvious how it worked.
I was intrigued at first, then interested, and from minute 4 on I was convinced its a parody video and was entertained. solid content.
When can I buy one?
Light and oxygen.
How do you actually control the oxygen?
Hardware software and chemistry.
What kind of hardware?
We live in an intersection on chemistry, hardware, software, light, and oxygen. This frees you to do what you want to do, because of oxygen hardware engineering, and engineering, AND light. Set the shape with light and oxygen.
Good talk.
Light and oxygen.
Rotfl 😜
Kinda sounds like Jeremy Clarksons solution to everything, "Speed and Power".
@Sumtin Wrong?
I can feel it
But it just a feeling
I've got
@@Darenz-cg9zg precisly: min 21-22 gives a glimpse.^^
propably they have patents. and if so, you might find out. however. got to find an other way to convince mater or sublicence if impressed....
7/10 too much light and oxygen -IGN
+LuckyLegionN7 lmao thumbs up
+LuckyLegionN7 The guy is so annoying. I mean, like, I get the light part.. But where does the oxygen part come in? Him: "The chemistry between oxygen and light" Me: I "totally" understand!
there is probably a simple process that he is not allowed to talk about so he can only talk about it incredibly conceptually
Asher Hill "Aliens"
My guess is they can't get true black from their projector. So, they have to use Oxygen to prevent the "almost black" areas from curing.
Update: It's OXYGEN PERMEABLE GLASS in the tray. That's the big fancy secret he's being so mysterious about.
Oooohhhh, I knew he was hiding something! He just didn't want to tell how the oxigen is delivered to the resin!
Ahhh, thanks, through the whole rest of the video I was SO curious about that. I'm sure there are some tricks they're using to leverage that process, but DAMN that resolves my curiosity.
EDIT: lol just checked their site and they mention the oxygen-permeable window
I'm gonna do an experiment soon to see if coating regular glass in teflon film can achieve the same effect.
Well.. their big trade secret is how the projector can project various light shapes rather than just using a laser and rastering. The projecting method they use is the real thing that speeds things up super quickly.
What do you mean update? Norm says that at the end of the video.
Whenever the patents expire, you'll see this technology get insanely cheaper. There's a consumer product right there.
Yep...in 75 years or so depending on whether or not they add another patent for something they discover along the way...that uses light and oxygen and molecular chemisty...to extend it another 75 years.
@@terrijuanette486 Patents do not come even close to lasting 75 years.
Not to mention as research and Manufacturing develops the Market lowers the price.
That 500 $$$ T.V. you have would have cost 5000 just a few years ago.
Another person cluess of the Free Market.
^This. An excellent case *against* IP.
If it was patented, he wouldn't have to hold back on explaining his technology
I mean China doesn‘t care about pesky stuff like patents, so don‘t worry we will get something soon
“There was a bug that could be a feature”
So I’m guessing he is a fan of apple
The "bug" was oxygen inhibition of the fusion/cure process; they exploited that "bug" by using a gas-permeable membrane tray window to force the UV curing to a level _very_ slightly above the bottom of the tray so there's continuous liquid resin at the bottom. That allows a fast continuous draw of the part, as opposed to the way most SLA printers have to break the part from the tray and wait for liquid resin to flood the tray again.
@@stanrogers5613 That joke went right over your head
or sony
C: Light
L: And
I: Oxy
P: Gen
i must admit, this was the only funny comment among all the frustrated ignorant retards spewing their shit in this section. And, to prove my point, it only got 3 likes (mine included) at the time i'm writing this. I don't agree that that's what's to be taken from this clip, but i smiled. You're forgiven!
Behold Stefan T, the intellectual redeemer of your academic transgressions.
Eli Feye behold the Uniz UDP
this was pretty funny
This video could have been 5 minutes long but they kept on repeating the same things
+Devs404 light and oxygen.
+Devs404 Welcome to Tested
+Devs404 its software hardware and chemistry
+Devs404 Ya the guys a hype man, he either doesn't know how it works, or his lawyers won't let him talk about it because they don't have the process patented.
+Devs404 Just let them be excited =D
The control of oxygen is done by using a micromirror chip which creates the light pattern required to print the shape you want. They were originally used in projectors for computers, It's made up of a lot of tiny mirrors each around 8 microns squared. The UV light hits the micromirror and creates a pattern, silicone is used between the resin and the light as it allows oxygen into the resin as it is highly permeable to gas. All the while the UV light prints it layer by layer. That's how they manage OXYGEN.
IzonHow can you reference any paper or sources about this micromirrors. I looks like you are familiar with the technology
He invented Light and Oxygen.
He was one of their photo-lithography engineers the CEO was talking about who got disgruntled and is now spilling all their secrets ;)
Thank you for pulling there paints down in front of everybody and revealing their privet parts so we can all have a good laugh.
I'm nothing to do with this company, I just know how it works lol
Is everyone just going to ignore that someone got shot in the background @ 14:03?
Hell no thats the only reason jve watched this 75times it aint the light and the oxygen
Oh, the intern getting shot is ok, because we control both light AND oxygen. BTW - DON'T go towards the light! Oxygen is coming....
I understand him
He got bored of the light and oxygen
LMFAO
i wonder if he talked about light and oxygen... i don't remember
No he didn't. Don' t believe the comment section.
+Matt Garcya yeah they are tripping man
you forgot to ask if he talked about chemistry
that molecular chemistry tho :)
the one with the heat
Light and oxygen light and oxygen light and oxygen light and oxygen light and oh yeah oxygen.
to make these great parts
+Bismuth LD High quality
you forgot about chemistry
+Daniel Murray (NomaLens) at the crossroads of chemistry and engineering
+Daniel Murray (NomaLens) and CLIP
I started studying radiosity and SLS about ten years ago! The world has changed and it's very impressive! Thanks! Thumbs up!
6:43 "We hired some amazing engineers"
Me looking in the background: i guess some engineers can't afford chairs
2:06
2:45
3:12
7:09
8:37
9:09
13:58
19:59
Thanks without this I would have no idea that it uses light and oxygen
Lol. Someone should put this together and make a meme.
Bravo! My friend best comment on the page
I think it uses dark and carbon dioxide
They pray to the God of Light and God of Oxygen
So light AND oxygen? I didn't quite get that part.
+Paul McDonagh Most likely UV light scanner on the bottom of the machine like he said, and the top part that dips into the resin controls the air flow, which effects the difference between a liquid and solid resin properties.
***** Ok thanks. What I don't get though is how they make amazing parts.
+Paul McDonagh Think of the scanning process as a stencil. It projects an image onto the glass, which hardens the resin touching the glass lit by the UV light. Much like when I put paper cut out of my name over wood, then spray paint the paper, it leaves my name of paint on the wood. It does that in a type of layers which builds up the object.
+Aaron Stevens Both of his comments are jokes. How could you possibly miss that?
+Aaron Stevens are you stupid
What kind of man needs a new Door handle in the morning 4:01 and gloats about driving a Toyota Matrix 3:53?
The light & oxygen GUY.😎
hilarious
😂😂😂
*That Rosacea on his neck looks 3D Printed.*
Prob his sons car
didn't get it. What's wrong with that statement?
These guys are so good they printed a robot and used it to answer questions in this interview!
I'm around in the comments if folks have questions about the science. The real key is that oxygen permeability of the cassette. The first iteration had Teflon AF - basically a fluorinated long chain carbon chain that allows oxygen to permeate. There is a gradient of the penetration of O2 which creates that "dead zone" - where the UV light can't initiate the curing.
Benefit is speed for sure, but use of quick curing 2 stage resins is real interesting as well. I was surprised not to see O2 being pumped into the print chamber to create differential pressure. You can expand dead zone and likely speed up print, though I imagine there will be other problems as you go faster (heat, etc.).
+Kishore Hari *bumping up for visibility. thanks, kishore!
Hi kashore,
Can you explain how the oxygen is used as they mostly went into the uv projection but never went into detail about using the O2. Is it also projected(I don't know how) or is it simply to prevent the resin from hardening and if so, how? Sorry if that's confusing but I didn't get what or how the O2 was used.
Thanks!
+Kishore Hari I really would have hoped you would stop him saying how great it is and start explaining
But still its an incredible innovation
+Jacob Lemieux
I got the impression he couldn't go into that because it's a trade secret for them right now.
+Jacob Lemieux The O2 inhibits the curing of the resin. Typically these resins will harden when a specific wavelength of light hits them - it usually initiates a free radical polymerization reaction. But when O2 is present, it gets in the way of that reaction progressing. Here's a detailed chemistry explanation of oxygen inhibition: www.polymatrix.co.uk/Assets/Cure%20Terms%20Glossary/Oxygen%20Inhibition.htm
gotta love how he's not explaining anything .
"well you know science and light and oxygen and magic ! I don't knw how it works I'm just marketing it "
He would be an idiot to reveal the technological secrets of his company/product, that give him a huge advantage over his competitors...
Actually, if you listen closely he explains how it works at 2:25. It's the software modulation of laser pulses (such that it controls oxygen levels) that is their proprietary tech.
The process is similar to submerged arc welding. The objectives of both processes is to eliminate oxidation of the join before the weld cures. Submerged arc welding uses granulated flux material to seal away the weld from oxidation as it cools. So the bottom line is their logic and process is sound.
Foxintoxx this man is most likely one of the men in charge of the business side of this company, not the engineering side.
Foxintoxx He's worse than Donald Trump
Damn... I'm hyped and I don't even know why! That guy really knows how to sell the tech.
Some advanced printing! I've never seen anything like it! You can even stretch the model! That is god damn cool!
If you listen closely at 14:03, you can hear the sound of someone in the office blowing his brains out. Immediately prior, he had fallen into the realm of oblivion, beset by a total knowledge of all reality, and the torrent of corporate-lingo-infused tech jargon at that moment had become the camel which broke his straw's back. eerie how they didn't edit that out.
creatorofdragon haha
Hahahaha!
Hahahahahaha
Im dying lmao
If this dude says light and oxygen one more goddamn time....13:58... alright wheres my gun
Have they tried to balance the light with oxygen to make amazing parts?
+Noah Howerton hahaha ! what the hell :')
+Noah Howerton Used to fuel anything inflammable!
+Camaro Rick That's a tough drinking game.
+Camaro Rick Maybe they could make these amazing parts by using oxygen
Oxygen was traditionally considered the enemy when making these amazing parts.
But we found that we can make these amazing parts without layers by using light and oxygen to make these parts amazing, much like an amazing part
+Camaro Rick hahahahahahaha
Pretty impressive. There might be hope for the future after all. By the way, does this use light and oxygen to speed up the print?
Great Video! This inspired me for my last video project on 3D printing :)
Oh my god I skipped to a random point in the video and he immediately mentioned light and oxygen.
But did he mention chemistry and complicated engineering?
Light, Oxygen, Chemistry and Complicated Engineering; these are the four elements, they were given to us by the gods to magically make amazing parts.
Fox Blue River and these are the ingredients for the powerpuff girls. added in chemical x.
i did that too.... same thing happened.
Well the guy asks him the same friggin question like twenty times too
This is how much was spoken of in the video!
oxygen - 22
light - 31
carbon - 3
engineer - 7
You forgot to tell "chemistry"
This funny😂
The molecular level. You know, heat.
*Sum-Ting-Wong said, "Right,Right,Right" 837times.*
almost
count_oxygen.py:
(25, 'technology')
(25, 'resin')
(25, 'light')
(20, 'oxygen')
(14, 'chemistry')
(12, 'engineering')
(8, 'carbon')
(5, 'engineers')
How did you solve the problem? We hired some amazing engineers!
Hahahaha Norm, your incredible! Great interview and amazing information. 👍
8:30 - It's the combination of...
Please don't say light and oxygen!
8:33 - ...the hardware, the software and the chemistry...
Oh, thank God!
8:36 Damn it!
lol I know right.
That was so funny I was watching that part as u said it
*TELL HIM NOTHING!!!..........Sum-Ting-Wong will be on the Phone to China 30sec after he leaves.*
Summary : Nobody gets into the details it is just some buzzwords being thrown around and a ton of fluff. 8:52 Tested was told in advance that these guys can't get into the details and to not ask them about it, it seems like. If you wanna waste 24 minutes of your life to just hear accolades about this machine then go ahead.
The guy talking about the thing might not even know the actual science behind it. I mean Norm just mentioned a simple Exothermic reaction thing and he was like "oh, you're so well informed about the chemistry behind it" . LOL
When asked about how it will print complicated CAD stuff without the use of lateral supports he just replied, "optimisation". WOW. Who is this video made for? 3rd graders? You're just gonna say optimisation and we'll be amazed and just blown away, yeah?
+Aryansh Malviya totally right!
+666NedFlanders You know what, mister, this letter that you have looks like here, looks like you're being condescending and taking me as I am not at all familiar with your American business mumbo jumbo here for more than half of this.
Skirting the subjecting can be done by many ways than just throwing buzz words here and there. It might have made for a good vocabulary in the 90s but not today.
For example, instead of going like "optimisation", he could have said that there are a lot of complex chemical process that they tested multi-variate-ly and told a few failed ones and not reveal the actual one. That is a way better way to skirt the subject than "light, oxygen, molecular chemistry and optimisation"
+Aryansh Malviya I must say, you are finding condescension where there is none.
The response from 666NedFlanders was just an objective explanation of why we aren't hearing the complex details about this technology directly from the engineers.
If the company were to make a video explaining EXACTLY how their technology works, it would be copied by other companies and take a lot of potential business away from THIS company.
No one is being condescending, we are having a conversation.
+Aryansh Malviya this video is a sponsored video, right? it's sort of like a infomercial, isn't it? cannot find another explanation to why it was so long and boring
***** dont know if it is or not.
Excellent interview. Thank you.
We love Carbon. Using many of their machines for custom parts and prototyping.
So... it's using darkness and CO2?
Um.... No. It uses UV light and oxygen...
+Connor Doyle Your lack of understanding hurts.
Kyron Williams Sorry, some of us don't have the time to see the same thing repeated 500 times, so I didn't watch the whole thing.
+Connor Doyle He's trolling you. I think that's what he meant you didn't understand.
I don't know... could be gravity and methane
Guys, I missed how this works, does it utilize darkness and carbon dioxide ?
top 3 😏😎😎
Lol
hahahaha
Meh sorta.
adagioforstrings007 no such thing as dark matter, it's a lie and is false info
Fantastic interview. Great questions asked.
but isnt it still layering? the layers are just so small that you can see them
ThatGuyYouMetToday VLOGS Yes it is still layering since the projector projects frames based on cross sections computed at specific points in time and thereby computed for specific z of the model.
I would have liked some I formation about post-production steps when the design requires additional scaffolding structures to merge disjoint structures of the design during the print. The printer can't print with two materials at the same time so additional scaffolding needs to be removed mechanically. Which becomes harder as the resin itself gets better and better mechanical properties.
Per Westermark if you designed a solid shape to be printed on an SLA machine you just make holes for the resin to leak back out of. Supports are supports, you need much fewer of them in SLA though.
Lexybugs Yes, but how to remove the scaffolding if the material is strong enough that you can't bend or cut it? Or can the do it directly after printing and then heat-treat the material to reach the full strength?
No, it uses *LIGHT AND OXYGEN*
17:34
The flirting at 15:00 is on point.
+Ray Syed XD
+Ray Syed my sir, up you go!
+Ray Syed He's being ironic. Actually he means "I hate you for asking me these specific questions"
the hardware, the software and the chemistry; controlling the interaction of the UV light and Oxygen etc
+Sam Haines I was starting to wonder how many times he was going to repeat himself in this video, lol.
I know, right?
amazing, perfect for complicated products! Cong.!
He mentions Applied Materials @ 6:53. I worked there for a year at there Austin campus doing vulnerability management and there were a lot of smart people there. Lots of PhD's running around, and I enjoyed the time I worked there.
When I'm 90 and I have a bunch of grand kids, I'll tell them about the first 3D printer. And they'll be like, "Grandma you scrub ass, I can 3D print in 3 seconds from the back of my smart hologram phone! Watch me print out a real hover board."
they sound like really annoying kids! (sorry)
+TheBellaBubbles Probably
+JP05CPSN is that the way you respect your elders?
+TheBellaBubbles There will be no hologram phones in the overpopulated ghettos that will spread for hundreds and thousands of miles around the cities of the world. The meager money you earn will mostly go towards buying ever more expensive food.
You wouldn't download a bear.
We live at the intersection of marketing bullet point a, marketing bullet point b, and marketing bullet point c
underrated comment.
I blame Steve Jobs for popularizing this. You hear this line with Walgreens too now.
Amazing applications!
I'm curious how new this is, because I remember back in 2010 I was looking at colleges and one of the engineering colleges I looked at had this technology. I watched a 3D model of a car rise up out of a pool of liquid, and they could print anything. There was an Icosahedron frame made of rods, each supporting a gear, and all the gears meshed together and turned. The instructor showed me how it was made using their 3D printer and pointed out how there were no layers or seams at all. I remember being super confused when 3D printing became popular everywhere why it didn't work like this, but figured maybe that college just had a top of the line item, but then I never saw one of these again. How new is this?
I would love to get an answer for this as well lol
Anyone else playing buzzword bingo? This guy is making it too easy.
I bet I'm not
+Ivory Oasis Did you play it with light and oxygen?
+Barry Dinvaut yes all I can I say is that we know and understand the physics and chemistry and can control that shit too
+Ivory Oasis id thumbs up your comment twice if i could
Great parts. Great parts. Great parts. Great parts. Great parts. Great parts.
i think their technique might involve light and oxygen..
Maybe. Not sure thought
ummmm we could try radiation and graphite
I didn’t catch that ima watch the video 12 more times Just to make sure I understand.
The beginning of the synths!
It's about time somebody thought of this!
Human Capital(ism) at it's finest.
Nice job.
Wait, so its controlling light AND oxygen???
Controlling UV light to be exact :) How they do that I don't know!
Skelld someone earlier said that it was oxygen permeable glass
+Joshua Monteith Well, in the video Norm said DLP (basically a chip with millions of microscopic tiltable mirrors) and the marketing guy agreed.
how to project different image every time ?! i feel like im the stupidest guy on earth wtf
Abdel Hakim Just look up digital micromirror device (DLP is just a market name for DMDs made by Texas Instruments, but the name stuck), there are plenty of videos explaining how it works.
It's kinda sad that Kirk's confusion at Norm's knowledge is understandable... a tech journalist that knows tech? Madness!
Terrific video!
The Wayland-Yutani t-shirt is a nice touch.
I sell light and oxygen accessories
Mike Honcho I sell a Oxygen and Light Controller wich definitely can control oxygen like the last airbender.
Is your name Hank Hill?
*HI...BILLY MAYES HERE WITH OXY-PRINT!!.......WITH THE POWER OF LIGHT AND OXYGEN!!!*
"Do you really know what you're talking about or are you just regurgitating bullet-points?"
*"LIGHT AND OXYGEN"*
This dude is a master of conversational judo; turning every question into a marketing talking point whilst not actually answering any questions.
Well its not open source so he can not really go into detail
Hey, amazing video about 3D printing! What 3D modeling software you currently use?
Next time they need to put an engineer in front of the camera, not some idiot that learned marketing at school.
The problem with doing that is an engineer might actually say something they don't want known. A marketing drone only knows what they have been told.
Seriously. It's a cool tool, no lie, but listening to this drone go on about some "light and oxygen" over and over got old quick.
And how he started smiling like and idiot when he got asked really detailed questions. "Oh I love how knowledge you are about the details hahaha" while thinking "oh shit, that dudes not a journalist, he is a real nerd with a lot of detail knowledge damn".
The guy you just called an 'idiot that learned marketing' has a Bachelor's and Master's in Computer Science from Stanford with extensive experience in product development and engineering management who happened to work at Apple.
You make a good point, I made a poor assumption. It is still a very frustrating video to watch though. If you can't divulge information on a product that is fundamental to how it works, then why invite the press?
NOW! Make me a working calculator out of chocolate!!!!
good for math exams.
***** If you explain it it's no longer funny
easy just take the case and buttons off and cast them in chocolate the wires and stuff nah leave them
Nice, can it also print high temp plastics? If it can then this is one amazing invention!
I'm just waiting for the day you can order a house, and some guy comes over with a huge 3d printer and you watch your house get made in a few hours.
Its in Arizona already
Using hempcrete
absoultely amazing interview. Norm is really getting better and better at this congrats
+rcknroll35 True that! Norm was great! And this is the coolest invention of the decade. I can see this revolutionizing so many different industries.
🤓
+rcknroll35 I agree Norm was doing a pretty good job (and that's coming from someone who disliked his camera-skills in the beginning), but this VP of Product... he's just a boring marketing dude. If you have a tech site coming over for an interview you give them a technical guy to interview, but this company seems so full of their technology and business secrets that they just see it as a business opportunity. Honestly, what a crappy company, no matter how amazing their product is.
I agree, he basically just fed Norm the same line over and over again to fill up time. As someone who works with a lot of new tech I see this every time.
Them photons and O2 be making some cool ass babies.
Wow! So fast! I had to play the video in slow motion to not miss what happened.
Very informative. I would have loved to have seen how the print came off the plate. But thanks for sharing.
He forgot talk about how they live at the intersection of hardware, software & molecular science.
Party game: take a shot every time he says light or oxygen
Daym u would get drunk in the first like 3 minutes xx
Chug! Chug! Chug!
We would all die of alcohol poisoning before the half way mark.
That's not a party game, that's a suicide pact.
Just did this. I died.
They're making those complex designs without a support material, that's really awesome
There will be entire factories full of these machines, this is amazing.
NO....there won't be for a number of reasons. The biggest being the "post-processing" required to clean up the parts. Injection molding is still far superior for large quantities! This works for small simple parts or very limited run complex parts where tooling cost would be insanely high.
Does it bother anyone else how he's not actually saying anything? I WANT TO KNOW HOW IT WORKS!
+J Λ Μ Ξ Ѕ L Y O N S
That interview could've gone much better. Oh, if only they brought in their engineer VP and not their business VP!
-"How do you solve the heat?"
-"We use high-quality thermostats from already-big producers, so it's very economic and convenient!"
What? Not "We put a mini-AC in it since the projector approach gives the machine open airspace inside?"
-"What about overhangs?"
-"When you're prototyping with a prototyping printer with plans for injection molds, you get limited by the printer. With a production-grade printer like this, you can make things like lattice structures and don't have to worry about production steps afterward."
He has absolutely no idea what he means by "overhang," does he?
The comment section so far has been more insightful than this unlucky interviewee. +Dark Shift Music suggested something very sensible.
+Thelothuo Yeah, it's really irritating, I was able to learn a lot more by some quick google searching and the comments. I already had a fair idea of how it works just from seeing how the thing prints before, but I would LOVE to be able to read through the exact way it does it.
+J Λ Μ Ξ Ѕ L Y O N S
I was about to mention this. The guy talks and talks without providing really any info.
+J Λ Μ Ξ Ѕ L Y O N S I don't know why I feel the need to defend this guy I don't even knwo, but are there really so many dumb people here? What's so hard to understand about a projector projecting UV light onto the bottom of a basin to cure UV setting resin? The reason nobody tells you "exactly how it works" is because they developed this and need to sell it, not tell everybody how they can make it for themselves.
Iguana93
His responses weren't very good at explaining. Not the projector, we got that. Not that we don't understand how it works. We know that stuff, this thread at least. Rather, we're a bit confused with the interviewee's responses.
As for other threads, there's a different story. This thread so far knows how a projector and plastic plate work. It's the bad responses.
He started talking about where they get their thermostats when asked to address overheating issues with the printing area.
When asked about overhangs, a 3-D printing problem known to anyone with even a slight familiarity with 3-D printing or who has even simply _thought_ long enough on it (the interviewer, the audience, their consumers), he proceeds to explain why a production-grade printer can bypass problems prototyping printers have. Relevant in that it was about 3-D printers, but said nothing about solving the overhang issue. Why was the answer so off? Because he misunderstood the question. But this misunderstanding wasn't a wording issue on the interviewer's end. This was the interviewee's mishap. He wasn't listening. When asked about overhangs, he likely only heard "lateral" near the end of the question and assumed the question was about "lattice."
15:00 that moment the dude realized Norm ain't no average chump.
Exothermic reactions is GCSE level stuff. I'm guessing this guy was just refreshed to see a change from the usual interviewer who's not concerned with the science and only with the flashy applications
Very cool. Could sound play a part in this process. Seems this is skirting the edge of "creation".
Can they change the properties of the object by changing the properties of the light, like the frequency? Possibly making a single print where different areas have different properties?
He was really trying to push on how it was done and made.
Indeed, is there a secret formula? Was the science not known by Kirk? Is there a child in that machine and.building stuff with its fingers? I feel like Kirk was trying to sell us the product...BUT WE WANT.THE SCIENCE !
Lol
+Demond Mckelvin A general problem with business centric VP in a tech company. They don't know enough to talk about it, or could be hesitant to make statements that leaks too many info
+YI-HUNG JEN he is hesitating yep
+Tim Peck and not just light, UV light *and* oxygen.
Q: So, whats inside? A: As i said, a combination of light and oxygen.
Q: But, how do you control this oxygen? A: Its a mix of expert physics and chemistry.
Q: Ummm.. ok, can you tell me a bit more how this technology works? A: Light and Oxygen, remember!
And you're telling me he's the VP?
+Arrun Gaydhani
Of course, the guys who actually know how this works are probably earning less than $100,000 a year.
+Arrun Gaydhani
It's called a trade secret. He knows how it works, but he's not going to tell his competition!
Jim Lange
There's more information on the website, so he could have told us. No his job is convincing people to give him money.
+Arrun Gaydhani It's proprietary. He mentioned that. They are NOT willing to tell you too much. They have an edge in the market, one that is extremely competitive. They are going to keep that edge for as long as they possibly can to gain a lead. They are going up against Stratasys (a 3D printing mega monster) as well as others. Their future depends on being discrete.
+William Hayden So why don't they just file a patent then? Is their technology patent pending?
I'm *thoroughly* impressed with the salespitch this two-face presented despite all the marketing cliches.
He is a professional at not answering to the questions