Digital Fabrication

Digital fabrication tools have revolutionized the way designers, engineers, and artisans express their creativity. With the right resources, you can learn to use these powerful instruments in no time! Whether it’s 3D printing or laser cutting that interests you, these articles will provide useful tutorials and inspiration for makers of all levels. Discover how digital fabrication can open up new possibilities so that your craftsmanship is truly extraordinary!

HYREL 3D Printers

HYREL 3D Printers

Daniel Hutchinson of Alpharetta, GA, is the front man for Atlanta-based HYREL 3D, a startup launched in November through a highly successful Kickstarter campaign. The idea behind their HighlY-RELiable 3D printer design is to provide an open-platform fused-filament system that does not cost as much as “industrial” machines, but requires less assembly and maintenance time than kit-based machines.

Make: Believe Visits Images In Motion

Make: Believe Visits Images In Motion

Kamela Portuges and Lee Armstrong have been making puppets and performing together for over 25 years. Armstrong, who’d gotten her big puppetry break on Jim Henson’s Fraggle Rock, met talented sculptor Portuges at a puppet festival; the two soon combined their talents to create their Sonoma, Calif., studio, Images In Motion. Since then, they’ve been steadily producing TV shows, commercials, and live performances, as well as lending their expertise to major studios and toy companies. Video and slideshow after the jump.

Inside 3D Printing: A Maker Reports

Inside 3D Printing: A Maker Reports

The Inside 3D Printing Conference in NYC gave us a clear look at the business side of 3D printing. Usual suspects, like 3D Systems, MakerBot and Stratasys, attended in full force. So did some up-and-comers like FormLabs, ZoomRP, Sculpteo, Mbot, and MakerGear. Shapeways (based in New York) was noticeably absent, though CEO Peter Weijmarshausen gave a keynote speech and announced that the company would receive $30 million in new investments.

Cloning the DARwin-OP

Cloning the DARwin-OP

Kansas City programmer Michael Overstreet wanted his own high-performance humanoid robot to experiment with, but was deterred by the $12,000 pricetag of an off-the-shelf DARwin-OP. Though a significant fraction of the cost is tied up in the top-of-the-line servo actuators the design requires to perform at spec, Michael believed he could build his own “clone” of the fully open-source design, at substantial savings, by 3D printing as many pieces as he could in fused filament, on home equipment.