Applications now open for the next Fab Academy Diploma
Applications are now open for the fifth edition of the Fab Academy Diploma, the main educational program of the Fab Lab Network.
For five months running between January and June in 2015, participants will find themselves immersed in an advanced digital fabrication program directed by Neil Gershenfeld of MIT’s Center For Bits and Atoms. The diploma is based on MIT’s rapid prototyping course, MAS 863: How to Make (Almost) Anything, and operates as a worldwide, distributed campus where Fab Labs across the globe become classrooms and libraries for a new kind of technical literacy.
Learn how to envision, prototype and document your ideas through many hours of hands-on experience with cutting edge digital fabrication technology.
Take note of the following important dates if you think this sounds like a great way to supercharge your creativity and productivity in 2015:
October 6th, 2014 – November 20th, 2014
November 21st, 2014 – November 31st, 2014
December 1st, 2014 – December 10th, 2014
January 21st, 2015 – May 27th, 2015
A list of participating labs can be viewed here, and more information is available on the Fab Academy website. Applications are open… apply now for the 2015 course!
How 3D printing went from pipe dream to your desktop
When Ponoko was founded back in 2006, we envisaged the third Industrial Revolution, where consumers of the future can download and make products at home. The road to distributed digital mass production was paved by the pioneering work of stereolithography inventor Chuck Hull and transformed once again with the rise and rise of MakerBot, to name just a few.
In a fantastically comprehensive article over on Digital Trends, the full history of 3D printing has been laid out in detail.
3D printers are all the rage with enthusiasts, but they didn’t just materialize out of nowhere like the sculptures they produce. Here’s the untold story of how the next big boom in technology came to be over 30 years.
It’s a fascinating story where dreams become reality and the stuff of science fiction enters our daily lives. We have seen this first-hand, with over 400,000 custom products produced online via Ponoko’s global network of digital making services.
Click through to Digital Trends to learn how other key influencers have helped shape the strange past and seemingly impossible future of distributed digital mass production over the past 30 years.
Brad Hill is the creator behind LittleRP – A DLP projector-based resin printer that can be put together for as little as $499.
Brad set out to create a printer that was open, flexible and affordable. Rather than using proprietary resins, the LittleRP is designed to use as many different formulations of UV curing resins as possible. By focusing on smaller, higher quality prints, the LittleRP is able to provide high accuracy while keeping costs low.
The flexibility and low cost helps explain the explosive popularity of the LittleRP’s Kickstarter, which passed it’s funding goal of $25,000 is under 24 hours. As of this writing the LittleRP has raised over $98,000, just under 400% of it’s original goal!
The LittleRP works using a process known as 3D stereolithography, a 3D printing process that uses light-sensitive resin and a high intensity light source to build a 3D object, layer by layer, rather than using spools of plastic filament as on a majority of 3D printers currently on the market. You can check out the LittleRP in action on it’s Kickstarter Video:
iPad app makes it even easier to design for laser cutting
When we first heard about the iPad app Sketch It Make It, we were pretty excited. Now that developers Blank Slate Systems have released their clever drawing app to the public, our fingers are really twitching!
Sketch It Make It is able to rapidly transform even the wobbliest scribbles into neat geometric forms, and have them ready to export for digital manufacturing almost instantly. Whether you are laser cutting, using CNC milling or 3D printing there has quite possibly never been a faster way to turn ideas into tangible objects.
Providing the magical ability to scan not only the surface, but also to reveal details of the insides of an object, the CT (computed tomography) scanner has quite literally changed the way we see ourselves.
Modern CT scanners are frightfully expensive and are usually found in hospitals but Canadian-born Peter Jansen has built one himself out of laser cut wood.
“After seeing the cost for my CT scan, I decided it was time to try to build an open source desktop CT scanner for small objects, and to do it for much less than the cost of a single scan.”
With a design quite similar to the early commercial CT scanners, Peter’s device began as a quarter-scale laser cut acrylic version that he whipped up in a single day.
He then used this mockup to help refine the design, under the watchful gaze of a friendly house cat. (more…)
DIY Kerf measuring tool refines your laser cutting precision
Although it isn’t critical on all laser cut projects, for anything with parts that fit or slot together, kerf is something that is worth paying attention to.
It may sound like a Jim Henson creation – but kerf is in fact a very real technical term. Kerf refers to the gap that is left by the cutting device – in our case, the laser beam in a laser cutter. It’s usually more of an issue when laser cutting in wood, but will also come into play when laser cutting acrylic and other materials.
Open source enthusiast Dave Chamberlin has come up with a nifty device that can be used to accurately measure the kerf of a laser cutter. The simple cutting pattern has been uploaded to Thingiverse, and includes instructions on how to measure your kerf etched right onto the device itself. Here is what it looks like:
Follow the source link below to download the file and try it out on your own laser cutter. You can also discover what else Dave is up to in his open source maker crusade over at Takeaway 3d Tech.
Creative inspiration as products are exposed in all their glory
We all know the story… the kids who spend hours pulling apart every product they can get their hands on will grow up to become tomorrow’s designers, engineers and creative geniuses. Well, the offices of Bolt in downtown Boston show that this is more than just a cliché.
Building a great hardware product is brutally hard work and our walls remind us of that everyday.
Set with a relatively small budget for decorating the office space in an inspirational way, the Bolt team made a list of their favourite hardware products of all time and purchased each item from eBay. The products were then disassembled, cleaned, and mounted on the walls in all their exploded designer glory.
This can be seen as merely an ‘art project’, with all the innards of the products exposed and neatlyknolledinto place. But as the exposed products become more and more a part of the every day, they have become valuable tools to educate, inspire and remind ofhow important exquisite design and meticulous engineering are to the success of a business. (more…)
There was plenty of excited chatter when Greg Holloway posted his MicroSlice laser cutter on Instructables last year. Much of this involved people asking “where, when and how can I get one?” Well, the good news is that this diminutive digital manufacturing device is now the subject of a Kickstarter campaign, and the pledges are coming in fast.
The MicroSlice is a nifty little unit. Once you take a closer look, it is easy to see why it won the 2013 Instructables Radioshack Microcontroller Contest. Imagine a laser cutter that sits on your desktop. Not impressed? Consider that it sits on your desktop, and takes up less space than a bowl of cereal. Less space than a takeout container. Less space than a burger with the lot. In fact it takes up less space than the power supply from a regular sized laser cutter.
The MicroSlice is a Build-It-Yourself kit, uses Open Source Software, and can be easily assembled at home by just about anyone.
The MicroSlice can cut paper, and engrave wood & plastic. Kits include an Arduino UNO R3 as well as 97 laser-cut parts and all necessary hardware to get up and running. The laser diode is a 100mw red laser, similar to what you’d find inside a DVD-RW drive. An option is available to supercharge the MicroSlice with a 200mw laser.
With a truly miniature work area of 50mm x 50mm (2″ x 2″) users will be choosing their projects carefully. For bigger projects, there is alwaysPonoko.
Learn more, watch videos of the MicroSlice in action, and make a pledge over at Kickstarter.
There are a few examples out there of DIY laser cutters, with people sharing info and tips on how to make your own laser cutting device at home.
One such project comes from Jens Clarholm, and he has put together a neat overview of just what his home-built device is able to achieve as it cuts and/or engraves various readily available materials.
The laser cutter that Jens constructed boasts a 300mW laser diode sourced off eBay mounted in a wooden frame with drawer runners facilitating movement on both axes. Controlling the mechanism is a breeze thanks to an Arduino Nano and Easy Driver combo. (more…)
Using technical expertise to explore – and indeed change – the way that people interact with and experience music is Yale student Lamtharn Hantrakul’s passion. Deep in the midst of a double major in Applied Physics and Music Composition, this latest project is playing a sweet tune.
In a process that goes from raw materials to fully resolved instrument in just 2 hours, the making of a laser cut flute forms the basis of a student workshop that gives new meaning to the concept of being hands-on with your music.
Referred to as a ‘fluterecorder’, the design is modelled on a traditional Thai flute called the Khlui.
The decision to use a laser cutter was made because it is a workflow that is easily accessible to students, as opposed to power tools that require a greater learning curve and level of supervision. An added bonus is that the laser cutter can be used to create custom etchings, enabling each student to individualise their design.
Click through to learn more and see a brief clip of the flute being played, with considerable prowess. (more…)