One of the beauties of having a 3D printer is the ability to print accessories for it to make it better. [Sky] had been using a Logitech C920 webcam to record some of his prints, but it wasn’t really designed to mount off a 3D printers frame. So he designed his own enclosure for it.
He started by taking the webcam apart, getting down to the bare PCB level and taking some measurements. It turned out to be pretty compact! He modeled a rough outline of it in SketchUp, and then started designing his new enclosure around it. After a few failed prints — thanks to the 3D printer company that shall not be named — he put it altogether and did some test fits. It worked!
The new enclosure is designed to mount off the frame of his 3D printer, allowing for a wide angle view of the print bed. If you print something that makes use of the entire z-axis, you might run into some visibility issues, but [Sky] isn’t too worried about this.
For the full explanation and design, he gives a great walk through on all the details in the video below.
Continue reading “Repackaging a Webcam in a 3D Printed Enclosure”
[Christian Finklea] was inspired by a glow in the dark table, and decided to try his hand at making his own… and it’s absolutely fantastic.
He designed the table using SketchUp Make, and overlaid the continents of our planet on a grid of hexagons — Though it looks like he left Antarctica out of the mix — poor Antarctica! Why hexagons you might ask? Well, his CNC machine isn’t that big, so he had to choose a smaller work piece size in order to make the table. Kind of gives off a Settlers of Catan vibe too…
Once he had all the intricate hexagons milled out, he began assembling the table. Lots of wood glue later the table started looking like a table. Now here’s the fun part — making it glow.
Using what looks like a kind of glow-in-the-dark epoxy, [Christian] filled in all of the country cutouts and waited for it to cure. Bit of sanding later, some more lacquer, and boom — he has an awesome coffee table.
Now if only he had stuck some LEDs in there too like one of these RGB coffee tables we’ve seen — Then you could also play Risk anytime!
While others are absorbed in baseball playoffs, [Aidan] has spent his recent Octobers planning incredible Halloween costumes for his son. We don’t know what he did last year, but there’s no way it’s better than this laser-cut cardboard airplane costume.
He had a few specs in mind and started with a model of a Grumman F4F-4 Wildcat from 3D Warehouse. Using SketchUp, he simplified the model and removed the landing gear and the propeller. [Aidan] created a simpler model on top of that, and set to work changing the proportions to make it adorable and toddler-sized.
To build around his son’s proportions, he inserted a 10-inch diameter scaled tube vertically into the model and squished down the fuselage in SketchUp. The plan was to have it laser-cut by Ponoko, which meant turning the design into flat pieces for them to cut. He ended up with 58 parts, many of them mirror images due to the symmetry of his design.
When the box from Ponoko arrived, [Aidan] was giddy. He was astonished at the quality of the pieces and found the plane very satisfying to build. But, he didn’t stop there. Using LayOut, he created a custom instrument cluster with reflections and shadows. The plane also has a Wii steering wheel, a motorized propeller, and of course, decals.
So you know how to design a circuit board, assemble the parts, and have a functional device at the end of a soldering session. Great, but if you want to use that device in the real world, you’re probably going to want an enclosure, and Tupperware hacked with an Exacto knife just won’t cut it. It’s actually not that hard to design a custom enclosure for you board, as [Glen] demonstrates with a custom 3D printed project box.
[Glen]’s board, a quad RS-422 transmitter with a PMOD connector, was designed in Eagle. There are a vast array of scripts and plugins for this kind of mechanical design work, including the EagleUP plugins that turn an Eagle PCB into a 3D object that can be imported into SketchUp.
Taking measurements from Eagle, [Glen] designed a small project box that fits the PCB. A few standoffs were added, and the board itself was imported into SketchUp. From there, all he needed to do was to subtract the outline of the connectors from the walls of then enclosure for a custom-fit case. Much better than Tupperware, and much easier than designing a laser cut enclosure.
Once the enclosure was complete, [Glen] exported the design as an STL, ready for 3D printing or in his case, sending off to Shapeways. Either way, the result is a custom enclosure with a perfect fit.
Imagine for a second it’s the mid-1980s and you’re looking in to desktop publishing setups. Those new LaserJets and LaserWriters are pretty cool, but imagine the desktop publishing world if you couldn’t create your own documents. Yes, it seems absurd to have a printing press that won’t create unique documents.
Now flash forward 30 years to the world of desktop manufacturing and rapid prototyping. There are dozens of repositories for 3D printable objects, but making something of your own design is apparently a dark art and arcane knowledge to everyone buying 3D printers for plastic octopodes and bottle openers.
This week, by popular demand, we’re going to be making a ‘thing’ in SketchUp Make. It’s free, easy, and surprisingly versatile despite its limited tool set. Common sense and Google algorithms dictate I link to previous tutorials in this series below:
And now on with the show. You’re gonna want to click the ‘read more’ link.
Continue reading “3D Printering: Making A Thing With SketchUp”
[Darcy] has a bit of a love affair with cardboard. What started out as a simple way to mail things cheaper by making custom sized boxes has turned into the full-blown art of box making.
He originally started by making the boxes by hand, but after he got suitably adept at it, he quickly refined his craft by adding in some technology. He now designs the boxes in SketchUp and then uses a home-made CNC router to cut and score the cardboard into even fancier styles. His blog has a whole slew of his cardboard box designs and it’s actually pretty cool to see what he’s come up with. He also has a bunch of tips for making your own, so if you’re one of those lucky hackers who can sell the things they make, it’s definitely worth a look! If you’re not selling anything perhaps a cardboard lamp shade is more for you?
To see a video example of one of his CNC cut boxes, stick around after the break. Now all he needs to do is design an automatic box folding machine!
Continue reading “The Art of Box Making”
A few days ago [Andrew] contacted us to offer his help for the design of the mooltipass project case. While introducing himself, he casually mentioned his OLED watch that you can see above.
The watch is based on the low-power MSP430F microcontroller from Texas Instruments. It can consume as little as 1.5uA while maintaining a real-time clock and monitoring interrupts. It also uses ferroelectric RAM, which doesn’t need any power to retain its memory contents. That means there’s no need to set the time again if you remove the CR2016 battery that powers the watch.
[Andrew] chose an 0.96″ OLED display that only consumes up to 7mA. He also included an accelerometer that allows him to interact with the watch through its single and double tap detecting feature. He modeled his PCB using EagleCAD and the whole assembly using Sketchup. Most of the components were soldered in his reflow (toaster) oven. The final result is a mere 8.8mm thick and looks very professional in our opinion.