"Anti-Gravity" 3D Printer Sculpts Shapes On Any Surface 51
kkleiner writes "A 3D printing technique has been developed that prints objects that seemingly defy gravity. Dubbed the Mataerial 3D printing system, a robotic arm can print 3D curves on floors, walls, and ceilings, whether the surface is smooth or uneven. Custom-shaped objects are created using a thermoplast that dries on contact with air, which offers an alternative fabrication method to typical 2D layering printing approaches. Though its broad practicality is questioned outside artistic creations, the video produced by the team is mesmerizing."
thermoplastic construction (Score:5, Interesting)
It's not just artistic. I can see a commercial application to this: Automobile fabrication. Think of how much faster you could produce them, and the reliability, if you could create a metal support shell and then bond arbitrary shapes of plastic to it. Creating the body of a vehicle... hell, repairing the body would be much easier. Just cut away the damaged section and press the button labelled "reform" and in a few hours, you've got yourself a new bumper. Didn't even have to repair the old one. Bonds with the original materials... just as strong as before.
Considering how effing expensive car repair is now, I can well imagine how well loved a bay with a 3D printer loaded for 'Car' would be. Next time someone keys your car, you get a crease in the door, whatever... just drive it into your handy 3D printer-equipped body shop and in an hour they're done and busy repainting the affected panel.
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It's limited to the material. It's patented of course. You can do this with a glue gun so there's prior art to squash it.
Re:thermoplastic construction (Score:5, Funny)
You wouldn't download a CAR...
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I a heartbeat, Parent probably trying to funny though.
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I got the reference, that why I said they where trying to be funny, but my answer is true, if I could download a car, I would have no moral issues with doing it.
Re:thermoplastic construction (Score:4, Insightful)
You really think that a metal panel (hell, the body of a vehicle) would be "just as strong as before" if replaced with thermoplastic? Or do you suggest that the body of a vehicle can be reduced to the bumper?
What makes you think the use of 3D printing will make your car repair less expensive?
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What makes you think the use of 3D printing will make your car repair less expensive?
metalicarap (http://reprap.org/wiki/MetalicaRap) a open source in development 3d metal printer once you cant print metal parts car part will not be a problem
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What makes you think the use of 3D printing will make your car repair less expensive?
metalicarap (http://reprap.org/wiki/MetalicaRap) a open source in development 3d metal printer once you cant print metal parts car part will not be a problem
Equating "print your own solar cells" with "print your own car body" (printing at 10^-4 tor pressure. Thin layers created by vapor deposition)... I guess it somehow makes sense, if the drug you take is gentle enough to get you to a "creative high"
Try to "print" using a metal with high thermal conductivity and you'll see the costs is not going to be driven by the material you use but by the energy you waste. Assuming the thermal conductivity is reasonably low, consider the specific heat of the metal - would
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If assuming the repair shop invest in the 3D printer, wouldn't be the price determined by "what the customers in the serviced area are willing to pay" rather than the actual cost of materials/labor?
Not really. If we assume a competitive marketplace, we can assume that not every repair shop will charge the same price. If two shops have the same quality, or at least the same perceived quality, the cheaper shop will get more business, even though they might get less income per repair, they are likely to be more profitable due to the larger volume of customers they can serve.
The lower prices get, the less willing customers are to pay higher prices and over time the pricing will be more determined by
Re:thermoplastic construction (Score:5, Interesting)
If assuming the repair shop invest in the 3D printer, wouldn't be the price determined by "what the customers in the serviced area are willing to pay" rather than the actual cost of materials/labor?
Not really. If we assume a competitive marketplace, we can assume that not every repair shop will charge the same price. If two shops have the same quality, or at least the same perceived quality, the cheaper shop will get more business, even though they might get less income per repair, they are likely to be more profitable due to the larger volume of customers they can serve.
Check your assumptions. Fermi problem [wikipedia.org]: how many piano tuners are there in Chicago?
How long until you don't have the conditions of a "pure free-market" in a serviced area?
E.g. how long 'til the prices offered by the mobile comms are not significantly different and the quality of their customer support is almost indistinguishable crappy?
It will be the same way with 3D printing, while today I might be willing to pay $100 for a factory-made part and would pay $75 for that same part if it was 3-D printed (since its a dramatic cost reduction and assuming the same quality) but another shop might be willing to sell that for $70, because of that, I'm less willing to pay the $75 at the other shop, meaning that shop needs to reduce its price to gain my business and so on.
You know... the higher the size of manufactured batches, the lower the production cost (because you can optimize better the cost, make large investment in complex tools with still good chances for a RoI, etc). Granted, the higher the size of manufactured batches, the lower flexibility (and possible the higher time to wait for a single item in the batch, if you take into consideration transport batches).
I surmise that, for series-made items, there will be no time in which the monetary cost of 3d printed item will be lower than the one for a factory-made item. 3D printing is good for unique items or items that are too complex to be made by any other technology.
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Furthermore, some parts might be made in "chunks" traditionally when only a smaller part is needed. For example, (while not a car part) consider a computer keyboard. You can find complete computer
Re:thermoplastic construction (Score:5, Interesting)
With traditional manufacturing it makes sense to make things in bulk because you need specialized equipment for everything but if you have a general-purpose printer you can just print what you need.
All well and good until you realize that, for a whole keyboard, you pay $6 [kmart.com] (or, how about about $0.09 for keyboard switch - electrical stuff included [aliexpress.com]) and for a single 3D printed key cap you pay about $10.
Well, we can ignore the case of exquisitely unique keyboards [datamancer.net], can we?
Re:thermoplastic construction (Score:4, Interesting)
I agree it brings promise for that, but a mighty LOL if you think they'll bring down the prices once the switch is made...
"Unfortunately, this time- and material-saving process is highly innovative and thus requires a great investment in 3D printers and intellectual property* that will bring prices up 'temporarily'," says the spokesmen for the automakers, insurance companies, and auto-repair shops today. The reps were confirmed to be making a so-called "air quote" gesture before "temporarily", followed by muffled giggles among themselves after.
*You don't really think someone won't try to add a wonderful 3D-Print-My-Parts insurance fee, or patent the specific process of 3D printing a car part, d'ya? Especially for each specific trademarked shape [nytimes.com]? "We've only just beguuuuun..."
Re: thermoplastic construction (Score:4, Informative)
While LKQ is also company it's an abbreviation for "like kind and quality", IE: aftermarket parts. Which isn't necessarily bad, but can be. If you insurer is requiring use of LKQ parts, you need a better insurer.
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That would kick much ass for custom work too. If the color can be scanned then matched, even better!
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Will be hard to repair metal parts, and bumpers are quite cheap to produce as they're injection moulded. It's the labour needed to replace them that's expensive.
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When purchasing 'ink', always buy the best [harborfreight.com].
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"Considering how effing expensive car repair is now"
Car repair doesn't have to be expensive, even now, and it used to not be so expensive. Those expensive prices are artificial in nature. Do you think auto companies are going to remove artificially high prices in the future or do you think they will continue to find ways to maintain them?
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This is just a fancy tech laden "Bondo"
The problem with keying a car is the paint, not the structural damage.
BTW your local bodyshop should be able to pop out panels and touch up small scratches relatively cheaply, at least compared to replacing the part with a 3D printed replacement, which would still need to be painted.
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I wonder how many people have a clue as to the potential of 3D printing. Printing housing is already a fact. Imagine forming the plumbing runs inside the plastic walls. The toilets and sinks could be printed as part of the structure as well. Instead of running conduit one simply prints tunnels for the wiring. A printed roof may need no overhang and that alone would add enormous wind resistance in a hurricane. This technology may displace almost the entire construction industry in short or
Is everything "3D printing" now? (Score:1)
Space Applications? (Score:4, Informative)
I agree - this seems more like computer-controlled extrusion, rather than a layered additive "printing" process.
That being said, I wonder what kind of useful structures it could make in outer space? Perhaps some kind of spiderweb structure to place solar panels on?
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Perhaps some kind of spiderweb structure to place solar panels on?
Which would probably shatter in the cold when put under stress.
Re: Space Applications? (Score:3, Interesting)
Since they claim the resin cures on contact with air, I'd question how well it works in space (outside human habitats, y'know, where you'd expect to be hanging solar panels) without wasting gases that you spent millions of dollars lifting to orbit. Then again, looking at the business end of the robot, I think the press coverage might be wrong; it might not be an aerobic cure, but the two things that looked like heat-guns pointing at it. There's two hoses to the nozzle, so it looks to me more like a simple t
Re: Space Applications? (Score:4, Insightful)
The fact that they simultaneously claim it is a thermoplastic and that it cures confuses me.
Thermoplastics don't really cure, they just melt and "freeze", so what is it?
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Yes, I see. Something involving that many big words could easily be true!
There are many uses for this (Score:3)
Though its broad practicality is questioned outside artistic creations,
This absolutely could be used in all sorts of scenarios. In the most direct sense, it could be used to form wireframes for which other methods build on top of. It could even do traditional 3D printing without any change in equipment.
Every limitation that I can think of or have seen written here can easily be solved. This is a good idea.
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At the end of the video, the robot arm folds up; the way it did this and the framing of the shot reminded me of WALLE in such a way that I thought it was about to roll off and make another copy of the artwork it had just constructed, like a demented robot gardener—alas, it had no wheels.
Note to self: when rich, get robotic arm to sculpt perlin volume topiaries.
Toy (Score:4)
All it is is a extruder on a robotic arm. Here are some issues;
1. It is inaccurate. Look at the rods it procuces. They have dents and bulges. The on/off looks pretty messy as the large extrusion just stops.
2. It is low resolution. The rods look to be about half an inch around.
3. It does not print a solid shape other than a rod.
4. Fragile material
6. Adhesion to new materials. Can new materiel even adhere to the older material once dry?
7. Inability to make a flat surface.
By the way, I think that it is a heat cured epoxy considering the two extrusion cylinders and the heat guns.
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Sadly there are a lot of people that will believe this story.
I used to program ABB rotobs for a living. These types of dispensers are used in the automotive industry to apply glue to certain parts of cars.
The videos are time lapsed and sped up.
These robots can be hung in any direction, sideways upside down etc.. I have a hard time believing the stuff is being dispensed and dried real time, on a while horizontally.
Looks like some kind of secreted resin... (Score:2)
One step closer (Score:2)
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Finally! (Score:2)
Stabilization of partially collapsed structures? (Score:1)
There are likely numerous applications for this printer. One example I can see is to stabilize structures which have been partially destroyed by some natural disasters, explosive devices or good old fashioned US dilapidation. It seems that the printer could be attached to a movable robot which could allow it to work in tight places without the loss of life. I would like to patent this under terms of the FSF, a la Manfred Manx.
Security application (Score:2)
Hi everyone, (Score:1)