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!
Very thorough build notes from Viacheslav Slavinsky, who built a plotter from scratch, then souped it up by adding a 300 mW laser in place of the pen. I was interested to note that while 300 mW isn’t a lot of laser power, apparently it can cut through slightly more than a centimeter of “high density foam.” I’d be curious how it fares against EPS and/or XPS. [via Hack a Day]
Andrew Plumb is a really active member of the MakerBot community, and there’s a nice interview with him about his experiences up on the MakerBot blog. I’m writing a piece about MakerBot for Make: 21, and found his story particularly interesting.
I love this lamp made from its own coiled extension cord by Craighton Berman. He’ll sell you one ready-made with a cord, or just the laser-cut acrylic frame and lamp guts so you can roll your own.
There are situations where you really need a part made of solid metal or wood, and for those there is no substitute to a good ol’ CNC machine. So, it’s nice to see that Jonny D is making progress on his homebrew CNC router.
I keep trying to persuade anyone who will listen that CNC foam cutters are dramatically underrated machines. People look at them and say, “That’s cool and all, but I don’t want styrofoam parts.” To which I reply, “If you have a styrofoam part, you can turn it into cast aluminum with an unbelievably simple garage process.” What’s more, styrofoam is ubiquitous, cheap, and so easy to cut that the CNC robot can be extremely lightweight and inexpensive, as for instance, this one submitted by reader Raul Aguaviva, which is hacked together from a coat hanger and junked scanner parts. Combine one of these with a Gingery-style charcoal foundry and you could conceivably produce a homebrew CNC system, that can produce aluminum parts, for less than $50.
I don’t do CAD or 3D printing, but this software at least looks promising from my armchair. It’s an open source CAD/CAE app based on OpenCasCade, QT, and Python. It offers features like macro recording, the ability to run as a server and dynamically load application extensions, and it runs on Windows, Linux, and Mac. […]
This Thursday, Oct 15, Metrix Create: Space will open its doors in Seattle (at 623A Broadway East). It’s hackerspace meets an indie coffee house. They’ll have tools and equipment for building projects, 3D fabbing machines, classes on various types of high-tech makery, coffee and snacks. They even have a vending machine that’ll dispense Sun Chips, […]
