A group called Defense Distributed is attempting to raise money via IndieGoGo in order to produce a printable firearm.
DefDist will build and design a 100% 3D printable gun for the purpose of porting to a RepRap printer. The result will be an easily accessible and replicable design shared with the world. At this point, any person has near-instant access to a firearm through the internet.
Customized Disney princess statues with your child’s face on them? Great idea, creepy as heck in reality.
The experience takes around 10-minute while several cameras instantly capture multiple angles of a guest’s face which are then reconstructed and used to make the final figure. The “princess in waiting” can choose one of seven different Disney Princesses including Ariel, Aurora, Belle, Cinderella, Rapunzel, Snow White and Tiana. Hair, skin and eye color of the figurine are customized to match the guest. The guest of honor will also receive a Princess silver link necklace with choice of colored gem charm. The process of finishing the figure takes about five to six weeks at which time the completed figurine is then shipped directly to the guest’s home.
The technology is not too dissimilar from the budget 3D printers making their ways into the homes and garages of hobbyists. Nor, for that matter, is it far-removed from more traditional inkjet printing, spraying down a minute amount of resin (15 microns, according to McLean’s numbers), layer by layer, which is cured by the machine’s built-in UV lights. Laika put the technology to work printing “replacement faces” that could be attached to the head of a character, giving young Coraline a grand total of around 200,000 expressions. It’s an impressive number, particularly when placed up against the 800 or so expressions Jack Skellington was capable of achieving in “The Nightmare Before Christmas.” By “ParaNorman,” however, the studio had rapid prototyping down to a science, with the movie’s fuzzy-haired protagonist (that’s 275 tightly bundled strands) able to express himself a staggering 1.5 million ways, according to Laika’s number crunching
Really interesting new take on 3D printing, using natural materials plus a binding agent of some sort. The mechanism is also really clever…a fully articulated robotic arm is significantly more flexible than the traditional desktop XYZ axis printhead. Looking forward to seeing how this evolves.
You aren’t likely to find anyone more enthusiastic about 3d Printing than I am. And you also won’t find anyone more likely to document their child’s development. But this may be a step too far.
New parents have a strong urge to collect everything they can from their child’s early life — from photos and videos to hair and fingernails. Catering to this demand to immortalize infancy is a new product from Japanese firm Fasotec and Hiroo Ladies Clinic — a 3D printed model of your little bundle of joy in utero.
Pwdr is an open source powder-based rapid prototyping machine. Its goal is to promote experiments and innovations in powder-based rapid-prototyping. The machine is ready to use both the 3DP as the SLS process with minimal adaption, although the printer is currently prepped for 3DP.
Sintered powder printers have a ton more detail than deposition printers…this could be really interesting.
Until now, 3-D printers have been something of a novelty. The computer-controlled machines create three-dimensional objects from a variety of materials. Now, they are being discovered by everyday consumers. Jon Kalish reports.
Researchers at University of Pennsylvania say they may have found a way to create vasculatures using sugar and a 3-D printer. The design starts with sucrose and glucose and, with a custom RepRap 3-D printer, the scientists were able to turn the mixture into a free-standing, three dimensional vascular template.
Although the Burritobot’s canisters make it a robot cousin to Taco Bell’s sour cream guns, the idea of using 3-D printers for food is not new at all. A growing movement of geeks, makers, academics, and startups have been playing with the idea of personal fabricators for home use. The Fab@home Project over at Cornell University has developed 3-D printers in conjunction with the French Culinary Institute that create a wide range of foods. Fast Company has previously written about Cornell’s 3-D printed scallop nuggets that resemble tiny space shuttles; other foods successfully created inside 3-D printers include cakes, cookies, ramen noodles, and beef patties. Various startups, such as Essential Dynamics, are also working on the technology. These printers all work by creating “inks” out of edible ingredients that can then be turned into real foods via a few hours in the 3-D printer.