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First Metal 3D Printed Gun

cupper

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Uh-oh, this 3D-printed metal handgun actually works

While firing a round with earlier plastic models of 3D-printed guns has proven difficult, this metal model has already shot 50 rounds successfully.

http://news.cnet.com/8301-11386_3-57611433-76/uh-oh-this-3d-printed-metal-handgun-actually-works/

While the first known 3D-printed gun has been more-or-less dismissed because it can't reliably shoot, a new 3D-printed firearm has now been invented -- and it has no problems firing a round. In fact, it appears this handgun can fire dozens of rounds without a hitch.
What's the difference between the two? Instead of plastic, the new gun is made of metal.

The 3D-printed metal gun is made by the Texas-based 3D-printing services company Solid Concepts. The company used a laser sintering process to create the gun and powdered metals for the firearm's material. The weapon's design is based on a classic 1911 handgun and is made up of 33 different stainless steel and Inconel components, along with a carbon fiber filled nylon handgrip.

While Solid Concepts boasted that its gun has already "handled 50 rounds of successful firing," the company said its goal was more to prove that 3D printing with metal can be successful.

"We're proving this is possible, the technology is at a place now where we can manufacture a gun with 3D Metal Printing," Solid Concepts vice president of additive manufacturing Kent Firestone said in a statement. "And we're doing this legally. In fact, as far as we know, we're the only 3D Printing Service Provider with a Federal Firearms License. Now, if a qualifying customer needs a unique gun part in five days, we can deliver."

The first known 3D-printed gun was made by another Texas-based outfit called Defense Distributed. The gun, called the "Liberator," is made entirely of plastic, except for a nail used as a firing pin and a six-ounce piece of steel designed solely to allow the gun to be detected by metal detectors. A spinoff 3D-printed rifle dubbed "The Grizzly" also recently hit the scene.

The Liberator can be instantly downloaded and anonymously printed by anyone who has access to 3D-printing technology. While the gun debuted amid much fanfare, it has since been said the firearm rarely works.

While the software is more-or-less readily available, the Liberator needs an expensive high-end 3D printer for the finished product. The same is true for
Solid Concepts' firearm. According to a company blog post, their printer costs more than private college tuition, which could be a barrier to entry for some criminals.

The reason Solid Concepts believes its gun is successful is because it has "less porosity issues than a investment cast part and better complexities than a machined part." And, the gun's barrel is capable of seeing chamber pressures higher than 20,000 psi every time it's fired.

"It's a common misconception that 3D Printing isn't accurate or strong enough, and we're working to change people's perspective," Firestone said.

Link to the video on Youtube: http://youtu.be/u7ZYKMBDm4M

Interesting.

It does beg the question that if you can produce objects to the tolerances required for a firearm, that can withstand the stresses associated, how soon before the US Government puts a trade restriction overseas sale of the printing equipment in question?
 
Many 3d printers can print the parts to make a 3d printer so good luck with that. I've already downloaded blueprints of many AR parts to print sometime in the future. This cat is out of the bag. You can download AR parts with the latest Hollywood movie at the Pirate Bay.
 
Wow.  I wasn't expecting to see a 1911 but something hokey like that first pistol.  I do wonder however how much did it cost to make?  The cat's out of the bag?  More like Pandora's box.
 
The cat continues to sleep peacefully in the bag despite the medias insistence on violently shaking the bag in an attempt to get it out of said bag...

Anyone with access to basic hand tools and a hardware store can make up something as or more dangerous than the liberator, and any millwright with blue prints and a workshop could turn out working and effective guns in quantity.

I'm absolutely terrible as a machinist, can't drill a straight hole, but as long as you don't mind the fact it would shoot around corners, I'm sure it wouldn't be a problem to start pumping out sten guns in the garage... The only thing that prevents it is those of us who are law abiding are just that, law abiding, and criminals have far easier and cheaper routes to acquire firearms than building them in the shed or printing them in the basement.

Look at what's being turned out in backyard workshops by hand in the khyber region of Pakistan, or by rebels in the Philippines... 3d printing of guns really doesn't seem like a real issue, a side show at most...

Or if you're into conspiracies it wouldn't surprise me if much of the controversy is generated by manufacturers who stand to loose serious business with development of 3d printing... Not gun manufacturers either... Would anyone be completely shocked if it turned out a company like "games Workshop" who's business is entirely based on selling over priced pieces of plastic was actively trying to encourage an emotional opposition to 3d printers?
 
Sig is quite right. There are places in Pakistan where there is a thriving industry of small shops dedicated to hand manufacturing of firearms, and they have the ability to make virtually any firearm you care to order, given sufficient time and the blueprints, or an example to disassemble and reverse engineer.

In fact, the cat was well and truly out of the bag in the 1940's, as Germany moved to designs which could be quickly manufactured and assembled with minimal time and effort. Compare an MG 42 to the previous generation MG 34 (or a Browning M-1919 .30 cal, for that matter). If you can stamp and spot weld sheet metal, you are about 90% of the way to making one of the most effective automatic weapons ever designed. The AK-47 and its offspring are lineal descendants of the StG 44 assault rifle, which also make use of stamping and welding technologies to make crude, rugged and effective firearms.

So if people are not building pistols, machine guns and assault rifles in their basements, it is probably because there are so many cheaper and more effective ways to get that sort of firepower if you want it. For that matter two guys in Boston and two copycats in Victoria thought of even easier and cheaper ways to get that sort of effect without 3D printers or any special tool using skills at all...
 
I'm guessing the only "hard" part in a home-made gun is the barrel... but I really doubt the 3d printed barrels are all that great.
 
A home made gun barrel for more than a few rounds, or automatic fire would be far more difficult to make than a barrel for the functional equivalent of a bolt action rifle. Not saying a skilled artisan won't be able to make it (they do in Pakistan, after all), but such a barrel on your home made AK or MG 42 probably would not last anywhere as long as a factory made barrel.

The issue, as I understand it, is the treatment of the metal to get the right hardness, toughness and ability to absorb heat and pressure. This would involve a lot more than simply using a 3D printer to lay down the metal powder in the correct dimensions. Hammer forging, heat treatment and electroplating a chrome layer on the inside of the barrel are just some of the things that are done today to get a decent barrel that will last for thousands of rounds.
 
a Sig Op said:
The cat continues to sleep peacefully in the bag despite the medias insistence on violently shaking the bag in an attempt to get it out of said bag...

Anyone with access to basic hand tools and a hardware store can make up something as or more dangerous than the liberator, and any millwright with blue prints and a workshop could turn out working and effective guns in quantity.

I'm absolutely terrible as a machinist, can't drill a straight hole, but as long as you don't mind the fact it would shoot around corners, I'm sure it wouldn't be a problem to start pumping out sten guns in the garage... The only thing that prevents it is those of us who are law abiding are just that, law abiding, and criminals have far easier and cheaper routes to acquire firearms than building them in the shed or printing them in the basement.

Look at what's being turned out in backyard workshops by hand in the khyber region of Pakistan, or by rebels in the Philippines... 3d printing of guns really doesn't seem like a real issue, a side show at most...

Or if you're into conspiracies it wouldn't surprise me if much of the controversy is generated by manufacturers who stand to loose serious business with development of 3d printing... Not gun manufacturers either... Would anyone be completely shocked if it turned out a company like "games Workshop" who's business is entirely based on selling over priced pieces of plastic was actively trying to encourage an emotional opposition to 3d printers?

Great point Sig Op. Here is a backyard gun smith in the Philippines. I would love to download car parts as well. The mark up on those burns me.
http://www.builderbill-diy-help.com/image-files/roof-screws.jpg
 
Ron Swanson says it best... "People who buy things are suckers"

Car companies are another excellent example of companies that stand to loose with the advancement of 3d printing...

Part of planned obsolescence means they have to keep changing the image of vehicles... which in turn means they stop making small cosmetic plastic parts... or charge a excessive premium for them, because it only fits one or two models... imagine if you could just print out new parts???
 
Seems that the guy that developed the first 3D printed gun has now developed a workaround for people who want to make untraceable homemade guns.

'Ghost Gunner' lets people make untraceable, homemade guns
Defense Distributed's newest project is a PC-connected milling machine that aims to streamline the process of self-assembling AR-15 semi-automatic rifles.

http://www.cnet.com/news/ghost-gunner-lets-people-make-untraceable-home-made-guns/

What is a "ghost gun?" It's any type of firearm that is self-assembled and untraceable. It's one of gun control advocates and lawmakers biggest fears.

A few years ago, putting together such guns took insider knowledge and expertise. But with the growth of 3D printing, making gun parts has become easier. Now, with the release of a low-cost home milling machine, anonymously making firearm parts is even simpler.

Cody Wilson, the self-described anarchist who debuted the first 3D printed handgun in 2013, announced the launch of his newest project on Wednesday called Ghost Gunner.

Ghost Gunner is a computer-connected milling machine that aims to streamline the making of metal lower receivers for AR-15 semi-automatic rifles. While putting together AR-15 lower receivers at home is nothing new, Wilson's machine could speed up and modernize the process.

So, why the lower receiver? Under US firearms laws, it's the one piece of the gun that's legally considered a firearm and carries the gun's serial number. Therefore, an AR-15 with a handmade lower receiver is completely untraceable.

The AR-15 is thought of as one of the most deadly guns in the US. Almost every mass shooting over the past couple of decades involved an AR-15, from Columbine to Sandy Hook.

To name his milling machine, Wilson borrowed the term "ghost gun" from gun control advocates. In fact, a large part of his project is to thumb his nose at lawmakers trying to outlaw the making of untraceable guns at home.

California state Sen. Kevin de Leon has been working to pass a law that would require self-made guns to contain permanent pieces of metal and be registered with the Department of Justice through a serial number and gun owner background check.

"Technological advancements require that we update our laws to meet new and growing public safety concerns to make sure dangerous individuals cannot manipulate technologies at the expense of public safety," de Leon said in August as his bill headed to the governor's desk.

Wilson, and his organization Defense Distributed, took de Leon's bill proposal as a call to arms.

"It just seemed to be such an affront and also a challenge," Wilson told CNET. "We used his creation and his words to trademark the project...The ball is in his court."

California Gov. Jerry Brown vetoed de Leon's bill on Tuesday (PDF) saying, "I appreciated the author's concerns about gun violence, but I can't see how adding a serial number to a homemade gun would significantly advance public safety."

Defense Distributed built Ghost Gunner from the ground up using open-source hardware. The compact cube-shaped mill is constructed with a rigid steel frame and its drill bit can ready a lower receiver to be fit into other AR-15 components in an hour.

The Ghost Gunner costs around $1,500. Wilson said the machine can reliably drill one lower receiver per hour at the production output of a machine 10 times its cost.

When asked whether he's nervous about the authorities cracking down on him, Wilson said he's tried to cover his bases.

"It's going to be news to me with whatever they come up with," Wilson said. "We tried to satisfy every letter of every law."
 
Shouldn't there be a master thread on 3D printed weapons? There's at least 2 threads on this topic.

Japan man jailed for making guns with 3D printer

A Japanese court on Monday jailed a man for two years for making guns with a 3D printer in what is believed to be a first in a nation with strict gun controls.

Yosh itomo Imura, 28, was found guilty of making two guns at his home and publishing a video online detailing the process, said the Yokohama District Court.

Weapons assembled from parts produced by the printers are not detectable with regular security equipment, including scanners found at airports, leading to fears that they could be used in hijackings.

(...EDITED)

Agence-France-Presse
 
More fear mongering.

People have been making "ghost guns" for many years. At the high end of the process are Pakistani gunsmiths who can create virtually any semi and automatic weapon they can get their hands on to reverse engineer. the bottom of the scale is represented by teenagers and criminals who make "zip guns" out of little more than a bit of pipe. Any reasonably competent machinist can make a firearm with little fuss (indeed, if he or she spreads the process out over time, they could probably create the entire weapon "in plain sight" in a regular machine shop).

People with less technical skill could also look up various weapons in the history books; the German Army had a slew of very simple weapons developed in 1945 which could be assembled out of stampings and little else (StG 45, for example and various "Volks" rifles).for that matter, a British "Sten" submachine gun is also possible for the would be gunsmith using ordinary tooling (as it was designed to be built).

Given the vast quantity of weapons already "out there", it is probably more cost effective to buy or rent one from your local criminal gang, or just steal one rather than build your own.

The other thing the article overlooks is most criminals don't want long guns like AR-15's or AK-47's. What is desired is a concealable handgun, which have been tightly restricted in Canada and the US since the 1930's.
 
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