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!
Beautiful robot xylophone build from reader David Watson. Campanello uses a set of eight bar chimes and resonators from a child’s set, fabricated wooden mallets, and some simple right-angle brackets designed by David and printed through Shapeways.
Thingiverse user eried created printable hook-and-loop: This is the first iteration (third internal) of my attempt to make printable Velcro. It is pretty nice to hang things, probably this small piece will resist much more than a kilogram of weight (hanging weight) and it is very easy to remove.
Ohio IT professional Rick Pollack founded MakerGear, LLC in 2009 to “develop products and services for the rapidly expanding maker community with a focus on advancing digital fabrication.” Working with wife Karen, Rick has already brought two fully-developed desktop 3D printers to market—a well-regarded Prusa Mendel kit and their flagship design, the Mosaic—as well as a line of accessories and upgrades for each.
A three-part series from Mikey over at MachinistBlog.com. Mikey has been a machinist for 15 years, and has come ’round to the belief that high-speed steel (HSS) cutters, rather than the pricier, lower-maintenance, carbide-tipped bits, are the way to go on a hobby-sized metalworking lathe. He also makes a compelling argument for using a belt sander, instead of the traditional bench grinder, for making, shaping, and sharpening HSS lathe tools.
Founded in 1906 in South Bend, Indiana, South Bend Lathe, at one time, controlled almost half of the U.S. domestic metalworking lathe market. South Bend did a lot of things right, to earn their market share and reputation, and one of the smartest was to produce clear, well-illustrated, low-cost instructional materials describing not just how to set up and run their tools, but how to use them to perform all kinds of basic and advanced machining operations.
Brown University Engineering and Visual Arts lecturer Ian Gonsher’s Generative Construction Toy is a set of snap together shapes that you can cut out on a laser cutter and use as building blocks to design and build compound three dimensional objects. It’s like an evolving desktop fab version of tinker toys or LEGO, but more organic. What’s most interesting about the GCT is that you are encouraged to modify and create your own shapes through an iterative process of design and play.
Researchers at North Carolina State University have discovered a remarkable simple and flexible new way to make self-assembling objects, using just inkjet ink and “pre-stressed sheets of plastic” (that is Shrinky Dinks to those of you following along at home).
