Amazing toys in this laser cut design competition!
Sugru sheds light on the unsung hero of creativity
Most of us have already encountered Sugru, and many are using it in all kinds of interesting, creative ways. The team behind this extraordinary putty have enjoyed becoming a hub for Fixers so much that they put their heads together to come up with an equally extraordinary document: The Fixer’s Manifesto.
“We made this to fuel the conversation about why a culture of fixing is so important.”
Drawing inspiration from documents such as the Repair Manifesto by Platform 21 amongst others, this variation seeks to expand and grow by tapping into the huge community of makers, thinkers and fixers that have already shown such inspired creativity using Sugru.
Click through to see the The Fixer’s Manifesto in full, and keep in mind that this currently exists as Version 1.0 in what is intended to be an ever-evolving credo that can be tweaked and tinkered with, in true Sugru style. (more…)
Making it even easier to get into electronics
We all know and love Arduino, and what it has done for the rapidly growing world of DIY electronics. Yet the complexities of Arduino can be a bit much for young makers, and education enthusiast Tom Lauwers just may have the answer to harness that creativity while it is still fresh.
Heralded as a kind of “pre-Arduino”, the Hummingbird kit from Birdbrain consists of a custom controller that connects to a range of motors, sensors and lights that allow kids to build their own functional robots and more.
“…the Hummingbird controller is designed for kids who have never touched electronics or programming before.”
It’s really easy to get started making fully functional electronic devices, but don’t take our word for it. Click through to the source where Tom talks it all through in a neat clip featuring an animatronic cardboard dragon made by some 10 year old kids. Now that’s seriously fun.
Manufacturing development emulating the software worldDesign studio Teague recently showcased 13:30, a pair of headphones at Makerfaire. They are currently experimenting with applying the concept of releasing products in ‘beta’ to manufacturing. For Teague, John Mabry designed a pair of headphones entitled 13:30, for print on a professional grade FDM 3D printer using commonly available electronic components. (more…)
Custom cookie cutters!
C is for Cookie, or so a friendly blue monster once sang while tossing great big round cookies into his mouth. But we all know that a chocolate-chip cookie is no less delicious, whatever shape may it may be. With Cookie Caster, a 3D printing initiative from Dreamforge, the rounded cookie is a thing of the past.
Cookie Caster enables you to design, share and print custom cookie cutters. The site hosts a neat little web-based vector app that makes it really easy to create a 3D model of your own cutter that can then be printed and delivered to your door. Designs are gathered in a steadily growing gallery, where they can be shared with others and even purchased by fellow cookie enthusiasts.
For those who have a 3D printer at home, your Cookie Caster model can be downloaded for free as an .stl file to print at your leisure.
A lot of effort has gone in to making the creation of a custom cookie cutter a seamless, versatile and fun process. It only takes a few minutes to whip together your unique shape using the simple drawing tools… as can be seen in the P for Ponoko pictured above.
If you’re feeling a craving coming on, click through to the source and get creative with Cookie Caster!
Additive manufacturing in Eindhoven!
For all those who get excited about digital manufacturing, October 2012 is a great time to be in The Netherlands during Dutch Design Week.
Setting out to showcase just what is behind the fierce growth rate in the 3D printing industry, a series of linked activities will unfold under the banner of the 3D Printing Event.
Featuring an impressive collection of participants ranging from industry heavyweights through to noteworthy newcomers, the event will explore four identified trends:
• The established industry is not only introducing new professional 3d printers with more and more functionality, but has started to bring low end 3D printers as well.
• The open source community works hard to create 3d printers which can be used in personal and professional environments.
• The biggest bottleneck is still the 3D software for making great designs easily.
• 3D Printing services are playing a very important role in creating new business and new business opportunities.
Not only does the seminar series boast over thirty speakers, the accompanying exhibition is host to a display of 3D printing in its current and future formats and there is also a 3D printing design competition in collaboration with Grabcad. Enter your design for a chance to win a Leapfrog Creatr 3D printer!
Head over to the event website to register your attendance, and follow the latest event related news on their 3D printing blog.
Ponoko is proud to be a Media Partner of this year’s 3D Printing Event.
Makers: The New Industrial Revolution
Chris Anderson, editor-in-chief of Wired, has written a new book on the maker movement. Makers: The New Industrial Revolution addresses open source design, 3D printing, and amateurs and enthusiasts who are leading what has been dubbed “the next industrial revolution.”
“The Form 1 marries high-end stereolithography (SL) technology and a seamless user experience at a price affordable to the professional designer, engineer and maker.”
A common complaint of current desktop printers like Makerbot, Ultimaker, and RepRap that use FDM extrusion technology, is that the print quality is too low. The Form 1 tackles this head on and the high quality results speak for themselves. Another printer in the “at home” printing market is great news for consumers too. The Form 1 promises to be “An end-to-end package. Printer, software, and post-processing kit that just works. Right out of the box.”
The price is affordable though the regular retail price has not been announced. At $2499 it is comparable to the price of the Replicator 2.
They have a kickstarter campaign to manage pre-sales and generate funds to ramp up production. The machines are selling fast! They have reached their goal of 100K in 2.5 hours.
Formlabs is a Boston-based start-up founded by a trio of MIT grads with impressive backers like Eric Schmidt and Mitch Kapor. They’ve also enlisted Dragon Innovation, a manufacturing consultancy, to assist with the production of the printers and hopefully avoid the kinds of hurdles we’ve seen other successful kickstarter campaigns face.
Nice work guys. I’m excited to see the results!
The much-lauded maker of 3D printers for amateurs goes pro.
As we mentioned in our recent coverage, MakerBot has just released a brand new 3D printer, the Replicator 2. It boasts a range of new features and upgrades that I won’t repeat here. It also boasts a new $2199 price tag. I doubt anyone will complain about improved print quality and larger build volumes, and, frankly, the new printer looks gorgeous. That being said, this blogger sees the Replicator 2 as a new direction for MakerBot. They have clearly and specifically labeled it “professional-grade,” a first for MakerBot. This is not necessarily a bad direction, but it is a marked change from how they began.
Unique CNC drawing machine: Is this the shape of things to come?
There is no shortage of DIY CNC and 3D printing devices, and although some do stand out from the crowd, they all tend to follow a geometry that is becoming quite familiar. Setting out to change this paradigm, Canadian techno-sculptor David Bynoe conceived of a CNC plotter that is focused around polar coordinates.
The Center Pivot Pen Plotter has only one arm that spins on a base, and moves in and out from a central point.
“It gives you a very large drawing surface with a minimum of moving parts compared to a standard x,y Cartesian plotter.”
Drawing inspiration from the notable dual polar Eggbot and Polargraph examples, David has gone one step further in simplifying the mechanism by using only a single polar coordinate system. This creates special challenges, but the code that drives the Arduino-equipped device has been written to compensate for geometric distortions. As the video after the break shows, he’s done remarkably well…
“The goal was to get it working and then worry about making it pretty, which I will get to eventually.”