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!
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).
Thingiverse user Artharis created this awesome Arduino-controlled animatronic tail. You can even customize it to however many vertebrae you want. [Via Thingiverse]
Quick, handy video tutorial from Jeremy Bloyd-Peshkin of tiny workshop, demonstrating a fast method of centering a piece of round stock in a 4-jaw chuck using a magnetic-mount dial indicator and a pair of chuck keys. If you’ve never seen this operation before, Jeremy’s video makes it clear and simple to understand. [Thanks, Jeremy!]
There are a lot of makers who really like SketchUp’s approach to 3D modeling. Personally, I think it’s a great way to get kids hooked on the idea of designing physical shapes that they may or may not fabricate with the laser cutter or 3D printer. While it may take a bit to get the hang of scale and accuracy, once you have these habits, your designs are repeatable with a variety of CNC tools and many different materials.
By looking about on Thingiverse and in the MAKE Flickr pool, you can see that Sketchup is a fairly popular tool for many of us who like to bring our ideas onto this side of the computer screen. The Make Ideas Real with SketchUp project is looking for examples of things that have been designed with SketchUp and brought into the world. The folks at SketchUp are gathering stories with the Make Ideas Real project about how people are using the program to design the things they make.
Three-jaw chucks, of the same general type used to hold bits in most power drills, are also common equipment on metalworking lathes. Though it is not necessarily so, three-jaw chucks are so commonly of the self-centering variety, in which the jaws are not independently adjustable, that “self-centering” is generally assumed from the term “three-jaw chuck.” But…
