iron freezer paper to back of fabric to stablize, tape down. Use Sharpie ‘Stained’ fabric markers.
— Laurel Pollard (@MrsPollardprime) August 15, 2016
plotter vids as a service. pic.twitter.com/S0o0bUwe0s
— anders hoff (@inconvergent) July 21, 2016
We’re going back to pen and paper with our logo, with a little help from the EvilMadScientist #Axidraw. A video posted by Spies & Assassins (@spiesassassins) on
Spies & Assassins have been trying out different writing implements.
NO/R has been trying materials like leather (above) and canvas.
#envelope #casualcalligraphy #axidraw #wedding #invitation #jimandpamforever A photo posted by Bonnie Kingdon (@penandletter) on
Bonnie Kingdon posted this elegantly addressed envelope.
Adam Sontag posted several marker drawings on foil.
Moritz Stefaner discovered StippleGen, our stippling program.
Miki is using AxiDraw to create custom packaging.
Keep all these great pictures and videos coming! We always enjoy seeing the creative ways people use our tools.
WaterColorBot always brings unexpectedness and whimsicality to your design. Here, getting the outcome does not become the end of your project. You feel you want to try more. Whether it is revising the code, tweaking the WaterColorBot setting, or replacing the brush, you are making a small but important adjustment for you. You find yourself in an eternal loop of iteration!
We recently found out about a project to make custom printed tennis balls for an event in Sweden last year.
The first challenge was finding a way to print on round surfaces. Luckily, in our previous R&D experiments, we had played the with quirky EggBot, a printer that lets you print on eggs (yeah, you read that right). We knew that, with some work, it was possible to use that mechanism to print on a “normal” round object too. The Eggbot producers did not agree, stating on their official wiki:
“No matter what you do, EggBot will never produce good results on a tennis ball. Golf balls are okay, though.”
But those words only fueled our creativity and made us move forward.
They 3D printed some custom couplers to hold the tennis balls and wrote some custom software to streamline the printing process, and then printed on hundreds of tennis balls.
We’ve since updated the wiki.
I’ll be giving a talk and demo on Saturday at this year’s Maker Faire in San Mateo, CA. I’ll be demonstrating one of the many projects from my book, The Annotated Build-It-Yourself Science Laboratory (and signing books as well).
You can catch the talk and demo on Saturday, May 21, at 1:30 PM, on the Maker Show & Tell Stage.
Our collaborator Eric Schlaepfer has been extremely hard at work this year, designing a truly monstrous follow up to our giant-scale dis-integrated 555 and 741 circuits. This is the MOnSter 6502: a transistor-scale replica of the famous MOS 6502 microprocessor, the processor found at the heart of influential early computer systems such as the Apple ][ and the Commodore PET.
It is huge, at 12 × 15 inches, with over 4000 surface mount components, and 167 indicator LEDs added throughout so that you can see the flow of data.
This is a new project, still underway. We will be showing off the first prototype of the MOnSter 6502 at the Bay Area Maker Faire this coming weekend. We don’t promise that it will be completely working by then — this is a first stab at an extremely ambitious project — but we’re genuinely excited to show it off in this early stage.
(Before you ask, the MOnSter 6502 is not yet a kit or product that we’re selling. Right now, it’s an amazing thing that we’re trying to build. If you would like to stay in the loop as this project evolves, we’ve set up a special mailing list for updates.)
Deanna was our youngest presenter at the 2015 faire – she discussed the learn-to-solder board that she designed and uses to teach her elementary school classmates. At this year’s faire, she will show you how to solder with her specially-designed board.
Deanna will be teaching soldering and Brian will be talking about chipKIT at the mini Maker Faire, which is May 14 at the Minnesota State Fairgrounds.
We’re excited to be partnering with Instructables for the Egg Contest 2016.
It’s springtime, the season when eggs traditionally get their moment of glory. In the Egg Contest we want to see what happens when you scramble up your creativity with this theme. Any and all entries highlighting or featuring eggs (or egg-like creations) are eligible.
Various patterns are generated in Matlab using mathematical equations similar to ones describing Spirograph (or harmonograph) and Phyllotaxis. The patterns are calculated in such a way that when rotated under a stroboscopic light of suitable frequency or when recorded by a camera, they start to animate. It is kind of zoetrope— early device for animation. … Eggs are rotated at a constant speed, special for each pattern, by a brushless motor. No computer graphics tricks are used in the video.
Additional information is available at their site.