Giving 3D form to desktop cutting projects. Next stop, to the laser cutter!
Already well established as the gold standard for bringing super-simple 3D construction to the DIY masses, Autodesk 123D has announced an exciting partnership that goes one step further. They’ve teamed up with Cricut, the guys responsible for desktop electronic cutting machines that induce equal measures of desire and envy amongst Makers and Crafters.
The collaboration features a new series of easy-to-assemble 3D DIY projects including dinosaurs, rocket ships, creatures and homewares that are all geared towards owners of the Cricut machines.
Now, while this is a clearly targeted partnership that brings the clever slicing technology of 123D Make to users in the Cricut community, it is also a welcome reminder of the resources that are readily available and can be easily incorporated into your laser cutting workflow. (more…)
Here at Ponoko, we are very serious about bringing laser cutting to the masses. So you can well imagine that our fingers are twitching with excitement at the potential of Sketch It Make It.
Developed by Blank Slate Systems, this clever little iPad app is all about quickly and easily generating files for digital manufacturing – particularly CNC, laser cutting and 3D printing. All it takes is an iPad, a finger to poke at the screen and an idea that is bursting to get out.
As is shown in the teaser clip above, your wobbly scribbles are magically transposed into neat geometric forms almost instantaneously. There are also a number of clever ways that the accuracy can be further refined down to a precision that will have a file ready for the laser cutter in no time.
Sketch It Make It hasn’t been made available to the public yet, but if you like what you see, sign up at the source to be notified when the app is released.
Comprehensive CNC resource now available on Amazon
Here is some great news for the digital manufacturing community. As a CNC evangelist Jon Cantin is in a league all of his own, and he has put in a huge effort to share his knowledge and expertise in the latest CNCKing.com publication, volume 4: Rise of the CNC.
Imagine an encyclopaedic compendium of CNC know-how, covering topics from laser cutting and CNC routing all the way through to plasma cutting and 3D printing. It’s perfect for people looking to do their own laser cutting in wood,acrylic or metal and covers topics that even advanced makers will find insightful and valuable.
In this volume, infamous hardware hacker and DIY inventor extraordinaire Ben Heck kicks things off with a foreword that highlights how CNC technology influenced his own workflow and creative career.
So if the sound of 400+ pages of CNC knowledge has you on the edge of your seat, jump over to CNCKing.com to find out more about volume 4: Rise of the CNC. The publication is now available as a digital download or in printed format from Amazon as well.
Open source micro-factory turns your local laser cutter/CNC into a private IKEA
Exploring new models for open and collaborative digitally fabricated design, OpenDesk aims to become the destination of choice for modern open source furniture.
“By downloading, printing, purchasing or customising an OpenDesk, you’re helping to create a new way of buying products. One that’s more transparent, sustainable and flexible than current manufacturing models”.
With a growing repository of clever, flexible products from a number of designers, the OpenDesk model enables people to choose at what level they wish to engage with the manufacturing process.
The OpenDesk network helps create laser cut furniture from wood and other materials for less
Got a laser cutter of your own, or know someone with a CNC machine just down the road? Then you can download comprehensive drawings that are ready to send straight to the machine. Perhaps you’re not a carpenter or maker yourself but are happy with the flatpack IKEA process. OpenDesk puts you in touch with a workshop in your area, where the design can be cut and finished (oiled, sanded, polished etc) and sent to your door for you to assemble. If hands-off is more your style, there is even an option for a professional to whip it all together for you.
The idea is that the more work you do, the lower the cost will be. Of course, in many locations the OpenDesk network may not yet have makers who can deliver or assemble – so some users will be forced to buy flat-pack or arrange the making themselves. (more…)
Vintage technical publication still grooving after all those years
Before we had those nifty little electronic transistors to build nicknacks and devices out of, machines and the designers behind them relied on mechanical precision to perform tasks. Bringing to light the 1868 publication by Henry T Brown, 507 Movements reveals just how ingenious some of those mechanisms can be… and how relevant they are for today.
Even better than simply a trip down memory lane, this magical repository is just itching to be applied in some 21st century laser cutting projects.
In previous posts, we have taken a look at online 3D mechanical resources and the very handy Gear Template Generator that help to de-mystify mechanical devices. Both of these tools help to get gears working right, but what if you need a little help figuring out which gears or mechanisms to use? That’s where 507 Movements shines.
The movements are represented in both static and selected animated drawings that are kind of hypnotic yet educational at the same time.
To demonstrate how nifty geared mechanisms can be, we’ve included an impressive video after the break (assuming gears are what gets you groovin’) of some creative cogs in action. (more…)
As wonderful as CNC milling machines are, they aren’t exactly portable. Material has to transported to and from the location of the machine, and it has to fit within the work area. The Handibot is small enough to bring with you to a work site, and it can be placed wherever it’s needed on material of almost any size.
The Handibot is something between a traditional power tool and a CNC mill. It’s a power tool made smarter with a lot of help from apps and digital fabrication techniques. Learn more about it and get one for yourself on the (already) fully-funded kickstarter campaign. (more…)
Show your support for the next industrial revolution.
AtFAB has developed a new line of furniture to be produced using locally distributed manufacturing for the consumer market. They are asking for backers through their kickstarter campaign to help fund the first few, pilot, production centers. Later, they will integrate their production with Ponoko and 100kGarages to make their production system truly local.
Locally distributed manufacturing has been around for a little while, but it has been mostly limited to the maker/DIY community. It simply isn’t accessible enough for most people. AtFAB already has considerable experience developing digitally fabricated furniture in the maker community, and now they are using that knowledge to launch a line of furniture for the consumer market. AtFAB will deliver flatpacked furniture, complete with hardware and instructions, to your door. (more…)
The future is looking solid for rejuvenated browser-based modeler
Fans of the 3D modelling app Tinkercad are turning their frowns upside-down with the big announcement that the company is back in action, and we’re certainly getting excited… because Tinkercad has been acquired by Autodesk.
What exactly does this mean? Well, not only is it great to see Tinkercad back in action; but with the might of this industry juggernaut behind it, Tinkercad looks to be locked into a secure future as elements are slated to filter through into the innovative suite of 123D apps and more.
Tinkercad’s revolutionary Gen6 geometry kernel played a significant role in sealing the deal with Autodesk. The strength of this browser-based solid modelling utility has already proven to be a hit within the Ponoko community. One of the notable success stories of the Ponoko API, Tinkercad makes generating SVG outputs that are ready for laser cutting or 3D printing so easy, it is literally child’s play.
With Autocad at the helm, the Tinkercad free account now has unlimited designs and full import/export functionality, making it that much more appealing to new makers and educators.
“..we have supercharged the free plan. You can now create unlimited designs, all import and export functionality is enabled and ShapeScripts are turned on for free accounts.”
Click through to see the full press release from Tinkercad. (more…)
Easily make circuit boards, jewelry, and other detailed objects with this new desktop CNC.
There are a lot of options for CNC mills right now (and I mean a lot), but it’s rare to see one with the precision necessary to mill a custom circuit board. Finding one at a reasonable cost is simply unheard of.
The Othermill from Otherfab fills that need nicely. With it you can quickly and easily mill any circuit board your heart desires. Now all of your projects can have circuits seamlessly integrated into the design. Since it is compatible with any 1/8″ bit (like a dremel), it can also be used for a variety of other applications from jewelry to precisely machined mechanical parts.
This is the story of Otherfab. I doubt you’ve heard of us, but I think our story is a good one.
Four months ago, we were working on the future of this country: digital design and computer-controlled manufacturing tools for the STEM education of our children.
So many people in government had worked very hard to carve out the funding for a truly radical program to put shop class back into high schools with a focus on integrating modern technology. It was the first time I had worked so closely with a government organization, and I was blown away by how much they cared about our mission. Maybe that says more about me then them, but either way, it made me happy.
We were about to begin deploying our program into 1000 high schools when the sequester hit. For a small company like us, a sequester-induced delay and complete financial uncertainty of several months was crippling. We had very little buffer and a young team that absolutely could not be furloughed.