He originally had a goal of $5,000 but the backers showed up in force to support his Folding USB Solar Cell project, and even though it’s been cloudy and raining all week here in Milwaukee, it’s all sunshine and smiles at the success of the campaign so far.
The video shows the last few layers of the calibration cube “printing” at 414% speed (according to my LCD display).
The Bucketworks 3D printing meet-up on 8/12 paid off big-time! Gary Kramlich helped me debug a problem that was preventing me from flashing the firmware on the controller board for the MegaMax 3D printer. After a few tweaks I was able to get it moving.
I have a confession to make: I’m about 80% done with my own device to photograph slides and convert them to digital form. I’m pretty sure I will abandon all of my efforts and attempt to replicate this DIY Slide Scanner I saw from the Metrix Create:Space folks.
And yeah, I’ve already got a working slide projector. It may be the same model you see in the photo above. (I picked it up at a WCTC auction for $5.00 years ago.) I’ve already got code to trigger my Nikon via an IR LED, so the main thing I need to do is wire up the remote to advanced the slides, and fit it all together. I’ll probably just build a wooden platform to hold it all.
And then it’ll be time to… DIGITIZE ALL THE SLIDES!
Today marked the first monthly meeting of The DIY CNC Club at Milwaukee Makerspace. Ron Bean and Tom Gondek, the creators of the router, guided members and guests through the use of CamBam CAD software to generate G-code and Mach3 software to operate and control the router. The day before, Tom and Mike tested the machine’s ability to cut aluminum. On Sunday, Rich created a decorative wooden sign and Brant began making plastic shapes for a project enclosure. As Ron pointed out, in less than 24 hours we had worked in three different materials: wood, metal, and plastic.
Several items were also crossed off our wish list. Two emergency stop buttons were added to the front of the machine and wired together in series. Hitting either one stops all motion in the X, Y, and Z planes and pauses the program. We also built a relay-controlled receptacle box that when wired into the CNC computer, will be able to stop the spindle so hitting the E-stop will kill all motion in all axes and the router. For some reason the pins we’re using on the parallel port are only producing 1.6 volts instead of the 3 or 5 we expected and the relays won’t turn on. All in all, a very productive weekend.
I’m making progress on my DIY squeegee project. For a little background, I have this 6 foot long piece of rubber, which is the same material used in squeegees for screen printing, but I need wooden handles to put the rubber into. So with the help of of some other members, I’m figuring out how to do it.
Brant helped me determine that the band-saw is a good machine for cutting the rubber. I had previously tried a utility knife, but that didn’t work. Ron and Rich filled me in on how to use a router table, and I was able to cut a groove into a piece of wood I picked up this week. The rubber fits perfectly, so the next step is to drill some holes and put in some t-bolts to hold it all together.
I’d also like to do a bit of sanding and maybe varnish the wood. I figure they might as well look good, right?
I think this project really shows the strength of the Makerspace. I’ve had this rubber for two years, but never got around to making any squeegees. I came up with a few really hacky ideas on how to do it, but now at the space, with the right tools, and the right people, it’s all coming together.
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