Posted: January 14, 2017 Filed under: Art & Culture, Entertainment, Japan | Tags: 3D printing, Akinori Goto, Facebook, London, Manufacturing, New York City, Prosthetic Knowledge, Spiral Independent Creators Festival, Tokyo Art Beat, Zoetrope
Media artist Akinori Goto designed this fun 3d-printed zoetrope that when lit from the side reveals walking people. The piece was just on view at the Spiral Independent Creators Festival where it won both the Runner-up Grand Prix and the Audience Award. Video above from Tokyo Art Beat. (via Prosthetic Knowledge)
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Posted: May 23, 2016 Filed under: Entertainment, Guns and Gadgets, Mediasphere, Space & Aviation | Tags: 3D modeling, 3D printing, Bamboo, Craft, Death Star, DIY, Space Exploration
The build consists of making two segmented halves that seam together at the trench. Each half is made of 9 rings. Each ring has 13 segments. (13 seemed like an evil number). There is one extra ring to help the two halves overlap at the seam. The superlaser dish was turned separately. The hole in the Death Star and the profile of the dish were cut on the CNC router to allow to two to fit together.
Some of the tools used in this project Read the rest of this entry »
Posted: April 6, 2016 Filed under: Mediasphere, Robotics, Science & Technology, Think Tank | Tags: 3D printing, Abdul Latif Jameel Poverty Action Lab, Amazon Mechanical Turk, Andreessen Horowitz, Artificial Intelligence, Computer science, Machine learning, Massachusetts Institute of Technology, MIT Computer Science and Artificial Intelligence Laboratory
A team of researchers at MIT’s Computer Science and Artificial Intelligence Laboratory just published their technique on simultaneously printing both rigid and soft materials in hydraulic robotic parts. What can we do with this? If you’re thinking about soft, flexible robots, the possibilities are endless…
Source: Applied Technotopia
Posted: December 20, 2015 Filed under: Entertainment, Food & Drink, Guns and Gadgets, Mediasphere, Science & Technology, Space & Aviation | Tags: 3D printing, Acrylonitrile butadiene styrene, Adafruit Industries, Do it yourself, drone, Hobby, Holiday Cooking, Turkey, video
For those interested in the parts used on this creation, see below.
Motors: (8x) https://www.hobbyking.com/hobbyking/s…
Propellers: (8x) https://www.hobbyking.com/hobbyking/s…
ESC: (8x) https://www.hobbyking.com/hobbyking/s…
On/Off switch for pump: https://www.hobbyking.com/hobbyking/s…
5V BEC: https://www.hobbyking.com/hobbyking/s…
Frame Bars: (16x) http://www.hobbyking.com/hobbyking/st…
There was also a significant number of 3D printed parts, wiring, soldering, and miscellaneous parts
Posted: December 16, 2015 Filed under: Art & Culture | Tags: 3D printing, A Christmas Carol, Belgravia, Brutalist architecture, Christmas, design, Illustration, London, Somerset House, typography, United Kingdom
Image © The Beekeeper by Dan Des Eynon
|The Directory of Illustration and the Association of Illustrators (AOI) bring you the World Illustration Awards 2016 – a truly global competition that honors the most creative and inspiring commercial illustration from around the world.
Work entered by February 8 will be reviewed by a jury of distinguished international industry professionals. The competition shortlist reflects exceptional work by illustrators currently making an outstanding contribution to visual culture and is published in full on theaoi.com, which receives over 100,000 hits per month, many of these from commissioners looking for the perfect candidate for their next job.
- Announcement at a prestigious awards ceremony in London’s major arts and cultural center.
- Selected works on exhibit in the spectacular Terrace Rooms at Somerset House as part of a touring show reaching approximately 40,000 visitors throughout the UK.
- Publication in an accompanying exhibition catalog that will be circulated to all major illustration buyers.
Posted: November 25, 2015 Filed under: Japan, Mediasphere, Robotics | Tags: 3D printing, Aldebaran, Breast, Humanoid robot, iPad, Japan, Japanese language, Mail Online, Robot, SoftBank
There is a robot on sale in Japan billed as the first humanoid robot designed to live with humans. It has proved to be very popular — however, before you bring Pepper home, you must sign a contract promising not to have sex with it.
The original news story was published at an earlier date. Read more here at IGN.com:
Posted: July 1, 2015 Filed under: Entertainment, Guns and Gadgets, Mediasphere, Science & Technology | Tags: 3D printing, AC Schnitzer, Alloy wheel, Ambient music, Asia Pacific, Bi-fuel vehicle, Black carbon, BMW i8, Bol d'Or, Carbon-fiber-reinforced polymer
Rezvani Beast, as the name speaks for itself, is a high-performance supercar built by Rezvani Motors. Introduced in the year 2014, Rezvani Beast is adorned brilliantly with a lightweight carbon fiber body based on the… 350 more words
Posted: June 28, 2015 Filed under: Guns and Gadgets, Science & Technology | Tags: 3D printing, Amsterdam, Automobile, Automotive industry, Bi-fuel vehicle, Chassis, Compressed natural gas, Environmentally friendly, Forbes, Manufacturing
Meet Blade – a super-light sports car with a 3D printed chassis, designed as an alternative to traditional car manufacturing. Through 3D printing, entrepreneur Kevin Czinger has developed a radical new way to build cars with a much lighter footprint.
Read More at Forbes
Posted: April 9, 2015 Filed under: Asia, China, Education, Robotics, Science & Technology | Tags: 3D printing, 3D scanner, Automobile, China, Chinese language, Local Motors, MakerBot Industries, Printer (computing), Sanya, United States
Brian Krassenstein reports: Education is probably one of the areas that will benefit the most from 3D printers in the long run. The problem though is getting the machines into the schools in the first place. With prices generally ranging from $400 to $3,000 for typical desktop 3D printers, they are not cheap, and with budgets within many school districts running dry, both in the United States and overseas, the unfortunate fact is that many schools simply can’t afford them, not to mention the materials and time it takes to train teachers to use them.
Speaking with former MakerBot CEO, Jenny Lawton, at CES this year, she told me that 3D printing will become mainstream and really begin to explode as far as adoption rates go, when a full cycle of education has been exposed to the technology. Just like many of us who were exposed in school to desktop computing back in the ’80s and ’90s can’t envision not having access to a computers now, the children of today may one day think the same about 3D printers.
The United States clearly understands the importance of this technology, particularly President Obama. In addition to investing heavily to bring manufacturing back to US soil, he has mentioned the importance of 3D printing on several occasions, visiting manufacturing facilities that are using 3D printers, and even going as far speaking about the technology in one of his State of the Union Addresses.
With that said, news coming out of Tapei, Taiwan today, from Simon Shen, the CEO of Kinpo Group (parent company of XYZprinting), suggests that China is about to one-up the United States in a big way.
According to Shen, the Chinese government has a new policy to install a 3D printer in each of its approximately 400,000 elementary schools over the next two years. This number caught me totally off guard for two reason. First of all, that’s a lot of elementary schools. For instance, in the United States we have approximately 70,000 elementary schools, and approximately 100,000 total public schools. As a nation we could easily match China’s ambitions. Read the rest of this entry »
Posted: February 12, 2015 Filed under: Entertainment, Food & Drink, Mediasphere, Science & Technology | Tags: 3D printing, Celsius, Central processing unit, computers, Maxima and minima, media, news, Nutella, Thermal Paste, World Nutella Day
Based on the testing it actually does work well…(read more)
Posted: February 7, 2015 Filed under: Mediasphere, Robotics, Science & Technology, Think Tank | Tags: 3D printing, Adhamiyah, Agent Orange, Death Star, Demilitarized zone, Giza, Teleportation, The Guardian, Vietnam, Vietnam War
“I’m not saying let’s live forever,” says Zoltan Istvan, transhumanist author, philosopher, and political candidate. “I think what we want is the choice to be able to live indefinitely. That might be 10,000 years; that might only be 170 years.”
“I’d say the number one goal of transhumanism is trying to conquer death.”
Istvan devoted his life to transhumanism after nearly stepping on an old landmine while reporting for National Geographic channel in Vietnam’s demilitarized zone.
“I’d say the number one goal of transhumanism is trying to conquer death,” says Istvan.
Reason TV‘s Zach Weissmueller interviewed Istvan about real-world life-extension technology ranging from robotic hearts to cryogenic stasis, Istvan’s plan to run for president under the banner of the Transhumanist party, the overlap between the LGBT movement and transhumanism, and the role that governments play in both aiding and impeding transhumanist goals.
Approximately 10 minutes. Produced by Zach Weissmueller. Camera by Justin Monticello and Paul Detrick. Music by Anix Gleo and nthnl.
Posted: October 21, 2014 Filed under: Breaking News, Guns and Gadgets, Japan, Law & Justice, Self Defense | Tags: 3D printing, Cody Wilson, Guardian, Gun politics, Imura, Japan, National Rifle Association, NHK, Right to keep and bear arms, Shonan Institute of Technology, TechCrunch, Yoshitomo Imura, YouTube, ZigZag
[Also see – Japan Makes First Arrest Over 3-D Printer Guns – punditfromanotherplanet.com]
Yoshitomo Imura, an employee at the Shonan Institute of Technology in Japan, was arrested last may for printing and firing a 3D-printed gun called the ZigZag. He printed three guns in total and was arrested for running afoul of Japan’s strict gun laws.
[More – [VIDEO] How 3-D Printed Guns Evolved Into Serious Weapons in Just One Year – punditfromanotherplanet.com]
Read the rest of this entry »
Posted: August 20, 2014 Filed under: Dr. Strangelove's Notebook, Guns and Gadgets, History, Humor, Mediasphere, Robotics, Science & Technology, Space & Aviation, The Butcher's Notebook, Think Tank | Tags: 3D printing, Bat Cave, Dr Strangelove, Hong Kong, Houston, NASA, primatologist, punditfromanotherplanet, Rocketry, science, SpaceX, Tony Stark
Our co-found and Editor-At-Large. Though this snapshot looks vintage, it was actually taken fairly recently, around 2007, back when he had a bit less gray hair, and long before he had a 3-D printer. But his hobbies are essentially the same. He’s currently heading up our Hong Kong Bureau, where his time and space doesn’t allow for recreational rocket building, so I’m sure he’ll enjoy this archival snapshot as a winsome reminder of a cherished pastime.
Posted: July 14, 2014 Filed under: Mediasphere, Robotics, Science & Technology, U.S. News | Tags: 3D printing, Bre Pettis, Home Depot, Los Angeles, MakerBot, MakerBot Industries, New York, Stratasys
For Popular Mechanics, Darren Orf reports: To the tech-obsessed or the well-informed DIYer, MakerBot is a name synonymous with additive manufacturing. Despite the rapid growth of 3D printing, however, it can still seem like a far-out future technology to plenty of Americans. Now, the company hopes to go mainstream with the help of Home Depot, announcing a partnership to sell and demonstrate MakerBot Replicators in 12 select stores in the U.S. This pilot program will be based primarily in Los Angeles, Chicago, and New York.
The MakerBot models will appear in specially designed kiosks (pictured above), and MakerBot-trained retail staffers will give continuous demonstrations. They’ll also let you keep whatever they print during a demonstration—your very own 3D-printed souvenir. Read the rest of this entry »
Posted: May 15, 2014 Filed under: Guns and Gadgets, Science & Technology, Self Defense, U.S. News | Tags: 3D printing, Cody Wilson, Defense Distributed, Firearm, Game of Thrones, Gun, Liberator, Right to keep and bear arms, Wired
For WIRED, Andy Greenberg writes: A burgeoning subculture of 3-D printed gun enthusiasts dreams of the day when a lethal firearm can be downloaded or copied by anyone, anywhere, as easily as a pirated episode of Game of Thrones. But the 27-year-old Japanese man arrested last week for allegedly owning illegal 3-D printed firearms did more than simply download and print other enthusiasts’ designs. He appears to have created some of his own.
“With the Liberator we were trying to communicate a kind of singularity, to create a moment…”
Among the half-dozen plastic guns seized from Yoshitomo Imura’s home in Kawasaki was a revolver designed to fire six .38-caliber bullets–five more than the Liberator printed pistol that inspired Imura’s experiments. He called it the ZigZag, after its ratcheted barrel modeled on the German Mauser Zig-Zag. In a video he posted online six months ago, Imura assembles the handgun from plastic 3-D printed pieces, a few metal pins, screws and rubber bands, then test fires it with blanks.
“…The broad recognition of this idea seemed to flip a switch in peoples’ minds…We knew that people would make this their own.”
— Cody Wilson
The Reprringer, a tiny, 3D-printable revolver that fires .22 calibre ammunition. Image: FOSSCAD
It’s been a full year since I watched the radical libertarian group Defense Distributed test fire the Liberator, the first fully printable gun, for the first time. Imura is one of a growing number of digital gunsmiths who saw the potential of that controversial breakthrough and have strived to improve upon the Liberator’s clunky, single-shot design. Motivated by a mix of libertarianism, gun rights advocacy and open-source experimentation, their innovations include rifles, derringers, multi-round handguns and the components needed to assemble semi-automatic weapons. Dozens of other designs are waiting to be tested.
The result of all this tinkering may be the first advancements that significantly move 3-D printed firearms from the realm of science fiction to practical weapons. Read the rest of this entry »
Posted: May 8, 2014 Filed under: Guns and Gadgets, Japan, Law & Justice, Self Defense | Tags: 3D printing, Firearm, Gun, Japan, Jiji Press, Mainichi Shimbun, NHK, Shonan Institute of Technology, Tokyo
YOKOHAMA – A 27-year-old man who allegedly made handguns with a 3-D printer was arrested Thursday on suspicion of illegal weapons possession, the first time Japan’s firearms control law has been applied to the possession of guns made by this method.
“I can’t complain about the arrest if the police regard them as real guns.”
Yoshitomo Imura is taken into custody Thursday in Kawasaki on suspicion of illegal possession of guns made with a 3-D printer
The suspect, Yoshitomo Imura, an employee of Shonan Institute of Technology in Fujisawa, Kanagawa Prefecture, had the plastic guns at his home in Kawasaki in mid-April, the police said. No bullets for the guns have been found.
The police launched an investigation earlier this year after Imura posted video footage online of the guns, which he claimed to have produced himself, along with blueprints for them, according to investigative sources.
One of Imura’s postings carried a comment: “The right to bear firearms is part of basic human rights.”
Police searched Imura’s home last month and seized five guns, two which can fire real bullets, the sources said.
Imura, who purchased a 3-D printer for around ¥60,000 through the Internet, was quoted as telling investigators during the search, “I produced the guns, but I didn’t think it was illegal.” Read the rest of this entry »
Posted: November 7, 2013 Filed under: Guns and Gadgets, Science & Technology | Tags: 3D printing, Firestone, Gun, Manufacturing, Printing, Scott McGowan, Solid Concepts, Verge, Yoda
Solid Concepts has successfully produced what it claims to be the world’s first 3D printed metal gun. And unlike the Liberator before it, this one looks a whole lot closer to the traditional firearms you’re used to seeing. According to its creators, the metal gun functions without issue and has already fired off over 50 rounds. Building it involved the process of laser sintering — which helped them manufacture over 30 individual components for the gun — and various powdered metals. The point of all of this, Solid Concepts says, is to provide yet more evidence of 3D printing’s potential; that the technology of far more than making “trinkets and Yoda heads.”
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Posted: November 5, 2013 Filed under: Science & Technology | Tags: 3D printing, Fused Deposition Modeling, Horatio Nelson Jackson, RedEye, San Francisco, Sewall K. Crocker, Stratasys, United States
It may look like a bean, but the hybrid car Urbee 2 can get hundreds of miles to the gallon—and it’s made mostly via 3D printing. In two years, it could become the first such vehicle to drive across the United States.
writes: In early 1903, physician and car enthusiast Horatio Nelson Jackson
accepted a $50 bet that he could not cross the United States by car. Just a few weeks later, on May 23, he and mechanic Sewall K. Crocker
climbed into a 20-hp Winton in San Francisco and headed east. Accompanied by Bud, a pit bull they picked up along the way, the two men arrived in New York 63 days, 12 hours, and 800 gallons of fuel later, completing the nation’s first cross-country drive.
About two years from now, Cody and Tyler Kor, now 20 and 22 years old, respectively, will drive coast-to-coast in the lozenge-shaped Urbee 2, a car made mostly by 3D printing. Like Jackson and Crocker, the young men will take a dog along for the ride—Cupid, their collie and blue heeler mix. Unlike Jackson and Crocker, they will spend just 10 gallons of fuel to complete the trip from New York to San Francisco. Then they will refuel, turn around, and follow the same west-to-east route taken by Jackson, Crocker, and Bud. Read the rest of this entry »
Posted: October 10, 2013 Filed under: Guns and Gadgets, Law & Justice, Self Defense | Tags: 3D printing, Cody Wilson, Defense Distributed, Fisher-Price, Gun control, Texas, United States, Wilson
Kyle Chayka writes: The first ever firearm to be made with a three-dimensional printer looks less like a deadly weapon and more like a Fisher-Price toy. Just slightly larger than the human hand, it has a triangular white plastic body with innocuously rounded edges. There’s a bright blue, ridged grip extending off one side and a short, removable cylinder at the other for the barrel. Its innocent outward appearance belies its inherent threat. The plastic printed gun was designed to fire bullets just as effectively as the standard metal version, yet it has no serial number and requires no permit. It also works.
In May 2013 at a nondescript location in a scrubby portion of the Texas desert, the first printed gun was mounted on a metal stand and a rope looped around the trigger. When the rope was pulled, a bullet flew out of the squat barrel with an explosive flash, leaving the plastic singed but unharmed. Read the rest of this entry »
Posted: October 6, 2013 Filed under: Robotics, Science & Technology | Tags: 3D printing, Denver, MakerBot Industries, Manhattan, Oakland, Printing, Sun Microsystems, United Parcel Service
MakerBot has a retail store in Manhattan. And UPS is testing in-store 3DPrinting services in five locations. But how many neighborhoods or Main Streets have a small-biz, 3D printing/digital fabrication retail store? One that not only prints but teaches classes and sells printers?
The answer is… not very many. According to MAKE contributing editor, Anna Kaziunas France, there is Deezmaker in Pasadena; The Color Company andiMakr in London; The 3D Printing Store in Denver; and the GetPrinting3D Retail Store in Evanston.
As of yesterday, HoneyBee3D in the Montclair district of Oakland, Calif. can be added to this list. Read the rest of this entry »
Posted: August 19, 2013 Filed under: Mediasphere, Reading Room | Tags: 3D printing, Cartilage, Cell (biology), Printers, Research, technology, Tissue (biology), University of Manchester
Darryl D’Lima, an orthopedic specialist, worked with a bioprinter in his research on cartilage at Scripps Clinic in San Diego.
SAN DIEGO — Someday, perhaps, printers will revolutionize the world of medicine, churning out hearts, livers and other organs to ease transplantation shortages. For now, though, Darryl D’Lima would settle for a little bit of knee cartilage.
Dr. D’Lima, who heads an orthopedic research lab at the Scripps Clinic here, has already made bioartificial cartilage in cow tissue, modifying an old inkjet printer to put down layer after layer of a gel containing living cells. He has also printed cartilage in tissue removed from patients who have undergoneknee replacement surgery.
There is much work to do to perfect the process, get regulatory approvals and conduct clinical trials, but his eventual goal sounds like something from science fiction: to have a printer in the operating room that could custom-print new cartilage directly in the body to repair or replace tissue that is missing because of injury or arthritis.
Read the rest of this entry »
Posted: May 18, 2013 Filed under: War Room | Tags: 3D printing, Armed Forces Journal, Atlantic Council, Business, Navy, Pentagon, Printing, United States
A 3-D printed drone is shot down by insurgents near a far-flung base manned by the U.S. military. Within hours, a small lab dropped onto the base by a helicopter days before churns out a replacement — along with plenty of ammunition and reinforced shelters for the troops. A few miles off a nearby coastline, a naval ship-turned-factory harvests resources from the sea and uses on-board printers to make everything from food to replacement organs.
It’s a far-out vision for future combat, but at least one naval officer thinks it could happen. According to Lt. Cmdr. Michael Llenza, who sketched out the scenario in the latest Armed Forces Journal, 3-D printing could arguably “upend the way we think about supply chains, sea basing and even maritime strategy.” And by we, Llenza doesn’t just mean Americans. The Chinese military is already bragging about how they are printing parts for their next-gen aircraft.
Aside from drones — which have already been printed — ammunition could potentially be produced with the machines, as the casings would be “relatively easy,” he writes. (The Pentagon would just have to find a way to produce the propellants.) Additive manufacturing also “offers a new way to think about building shelters or other structures on a beachhead or forward operating base.” The hope, as the theory goes, is that large-scale investments in 3-D printing could take a lot of strain off the supply lines modern military forces depend on to survive.
None of this amounts to the official position of the Pentagon, but publications like the Armed Forces Journal serve as influential arenas where many theories and ideas from military officers — some which are later incorporated — are first put up for debate. And it’s no surprise the potential (and existing) military uses of 3-D printers has been getting a lot of recent ink.
In April, Navy lieutenants Scott Cheney-Peters and Matthew Hipple sketched out a theoretical future Navy in the widely read U.S. Naval Institute journal Proceedings that imagined ships capable ofharvesting the oceans for 3-D printing material, and floating factories capable of manufacturing repair parts for a fleet of ships. Even shipyards, the authors wrote, could be effectively converted into giant 3-D printers. Llenza, who is also a Senior Naval Fellow at the non-partisan Atlantic Council, has taken that concept and run with it.
But there are also dangers, he warns…
Read the rest of this entry »
Posted: May 9, 2013 Filed under: Economics, Mediasphere, War Room | Tags: 3D printing, CNBC, Cody Wilson, Forbes, Gun violence, Right to keep and bear arms, Steve Levitt, Wilson
UPDATE Feds demand removal of 3-D printable gun plans from the Internet possible export law violation —- via Hot Air
In the past few days, Forbes writer Andy Greenberg broke a pair of dramatic stories on Cody Wilson’s quest to build an untraceable plastic gun using commercially available 3D-printing technology. First, Greenberg publishedexclusive photos of the completed firearm, then he reported on a successful test firing of a live .380 cartridge.
Although the technology is still in its infancy, Wilson’s innovation has already sparked heated debate. Some gun rights advocates (including Wilson) argue this means current gun laws will soon be obsolete. They welcome the fact that home hobbyists may soon be able to build functioning firearms without any background check or government record. Others are alarmed, concerned that this would enable criminals to more easily obtain firearms. Congressman Steve Israel has already stated his intent to modify current laws to ban such guns.
However, Congressman Israel may be too late. Once thousands of motivated hobbyists start downloading open source gun designs and posting their refinements, we’ll likely see rapid technical advances. But Cody Wilson’s real impact on America may not be technological but political — and in a good way.
Government will likely be unable to suppress this application of 3D-printing technology. True, they could attempt to outlaw the possession of such untraceable guns, but that would be as ineffective as current laws banning the possession of marijuana. Similarly, the government could attempt to require 3D-printers be installed with special software that only allows them to build objects from data files certified as “approved” by the authorities. But given how quickly hackers routinely “jailbreak” software restrictions on smartphones, the same would likely happen to software restrictions on 3D-printers. In other words, the genie is probably already out of the bottle.
Nonetheless, how likely is an attempted government crackdown on 3D-printed guns? One clue comes from ATF agent Charles Houser, head of their National Tracing Center Division. In a recent CNBC interview, Houser stated that there was no “legitimate purpose” to making an untraceable gun and that seeking to build one indicated “criminal intent.”
However, current law already allows home hobbyists to build their own firearms provided they are for personal use only (and not for sale). Such guns are already “untraceable.” 3D-printing doesn’t change that basic fact — it merely allows a wider range of hobbyists without specialized machine shop skills to do what’s already legal.
The unease expressed over 3D-printed guns mirrors similar unease following the adoption of widespread cryptography for secure communications. Some opponents were concerned that ordinary Americans could use this technology to engage in criminal activities undetected by the government. In the 1990s, the Clinton administration pushed for the adoption of hardware backdoors to allow government to read otherwise secure e-mail as it saw fit. Even now, the FBI continues to seek wider powers to monitor citizens’ electronic communications on the grounds it’s necessary to stop terrorism.
Yes, the government has a legitimate role in stopping the misuse of cryptography for evil purposes, such as terrorist plots or the dissemination of digital contraband such as child pornography or pirated software. But that should not be a pretext for giving the government excessive power over innocuous private communications.
Similarly, government has a legitimate role in stopping gun crime. But this should not be a pretext for restricting 3D-printing technology.
Furthermore, University of Chicago professor (and co-author of the bestsellerFreakonomics) Steve Levitt has noted that most proposed gun controls have minimal impact on gun crime. One of the few ideas that does work is enhanced prison sentences for crimes committed with a gun. According to Levitt, the gun laws that work are ones “where you’re not tying it to the gun itself, you’re tying it to the use of guns that you don’t want.” This makes perfect sense. The government should not punish gun ownership by responsible adults, nor legitimate sporting or self-defense uses. Instead, the government should punish the misuse of a gun by criminals.
Citizens do not have a general obligation to communicate with others in a way that the government can readily understand. An honest person can have many legitimate personal or business reasons for private communications. Most Americans recognize this is not a sign of “criminal intent.” If the government has a specific need to monitor someone’s private electronic communications, the burden of proof should be on them to demonstrate their need for a warrant for appropriate wiretapping. Otherwise, anyone using cryptography should be presumed innocent until proven guilty.
Similarly, honest citizens should not have a general obligation to disclose to the government what firearms they’ve built or bought, provided they are for honest purposes. An honest person may wish to keep this information private to avoid becoming the target of thieves or unwanted political attacks. A desire for private firearms ownership is not proof of “criminal intent.” And if the government has a specific concern that someone is planning a crime with a gun (or any other tool), the burden of proof should be on the government prior to any search or other invasion of his privacy. Otherwise, anyone owning an “untraceable” 3D-printed gun should be presumed innocent until proven guilty.
Wilson’s innovation could thus spark a much-needed re-examination of American gun laws, including the current paradigm of imposing ever-increasing restrictions on millions of honest gun owners in an attempt to stop relatively fewer bad guys from committing gun crimes. By making it harder (if not nearly impossible) for the government to regulate gun possession and transfers, his development could move the government to instead (properly) focus its efforts on punishing gun misuse.
That is why I’m encouraged by the development of 3D-printed guns. Not because I want bad guys committing more gun crimes. But because I hope it sparks some vigorous discussions on deeper themes such as “innocent until proven guilty” and the proper scope of government. If enough people start debating these questions, Cody Wilson will have done America a real service.
Posted: January 5, 2013 Filed under: Mediasphere | Tags: 3D printing, Business, Chess piece, Printing, Publishing and Printing, technology
Two thousand and twelve will probably be remembered as the year 3D printing broke into the mainstream.
While 3D printers don’t yet compete with toasters or DVD players in the home, the dam on the consumer market has been breached as the number of lower priced, easy-to-use models–and those who use them–grows. Part of this trend surely comes from the ever-expanding catalog of 3D printed objects, from the useful to the fanciful. Printing chess pieces and busts of Stephen Colbert is nice, but the range of what people create with their printers grows by the day and in turn inspires others to model and print ever more striking/utilitarian/beautiful/ridiculous/amazing objects.
What follows is a round-up of some of the more compelling items that came across our desks in 2012. As I look at the list it strikes me that it represents a moment in time. I can only imagine how such a list will look a whole 12 months from now. To the future!
More via –> MAKE
Posted: October 2, 2012 Filed under: Reading Room | Tags: 3D printing, Additive manufacturing, Digital modeling and fabrication, Foreign Affairs, Massachusetts Institute of Technology, MIT, Numerical control, Rapid prototyping
A new digital revolution is coming, this time in fabrication. It draws on the same insights that led to the earlier digitizations of communication and computation, but now what is being programmed is the physical world rather than the virtual one.
Digital fabrication will allow individuals to design and produce tangible objects on demand, wherever and whenever they need them. Widespread access to these technologies will challenge traditional models of business, aid, and education.
The roots of the revolution date back to 1952, when researchers at the Massachusetts Institute of Technology (MIT) wired an early digital computer to a milling machine, creating the first numerically controlled machine tool. By using a computer program instead of a machinist to turn the screws that moved the metal stock, the researchers were able to produce aircraft components with shapes that were more complex than could be made by hand. From that first revolving end mill, all sorts of cutting tools have been mounted on computer-controlled platforms, including jets of water carrying abrasives that can cut through hard materials, lasers that can quickly carve fine features, and slender electrically charged wires that can make long thin cuts.
Today, numerically controlled machines touch almost every commercial product, whether directly (producing everything from laptop cases to jet engines) or indirectly (producing the tools that mold and stamp mass-produced goods). And yet all these modern descendants of the first numerically controlled machine tool share its original limitation: they can cut, but they cannot reach internal structures. This means, for example, that the axle of a wheel must be manufactured separately from the bearing it passes through.
The aim is to not only produce the parts for a drone, for example, but build a complete vehicle that can fly right out of the printer.
In the 1980s, however, computer-controlled fabrication processes that added rather than removed material (called additive manufacturing) came on the market. Thanks to 3-D printing, a bearing and an axle could be built by the same machine at the same time. A range of 3-D printing processes are now available, including thermally fusing plastic filaments, using ultraviolet light to cross-link polymer resins, depositing adhesive droplets to bind a powder, cutting and laminating sheets of paper, and shining a laser beam to fuse metal particles. Businesses already use 3-D printers to model products before producing them, a process referred to as rapid prototyping. Companies also rely on the technology to make objects with complex shapes, such as jewelry and medical implants. Research groups have even used 3-D printers to build structures out of cells with the goal of printing living organs…
More >> via How to Make Almost Anything | Foreign Affairs