I recently renovated an Iceman Clear3 Chiller I had recieved from someone who had a knee replacement. The pump no longer worked but I kept this around for the hose quick disconnects and the nice bucket. When I removed the two screws holding the pump in the nice trim plate on the back fell off. So I whipped up these retainers in Fusion 360 and printed them out on my trusty old Makerbot Thing-O-Matic and about 10 minutes later I had it back together. Works like a charm, looks nice, and as a bonus I can see the water flowing into the tank. Just drop in a couple Blue Ice to keep things chill for the long jobs and replace them later.
I recently lost one of the caps for my nearly new water jug. A quick search showed me I could order a replacement cap (and spout) for $10! I would never pay that kind of money for a few cents worth of plastic. Instead of throwing away this really nice jugs I decided to design a replacement cap in Fusion 360 instead using the cap from my second can as a reference. The water can in question is this one which we purchased from Amazon: http://amzn.to/29JFeCw
I lieu of the nearly constant inexpliciple crashes I have been encountering with Slic3r I decided to try and get Cura working with my now (Ancient) Makerbot Thing-O-Matic running Sailfish. It wasn’t really terribly hard to get into Cura after the legwork with Slic3r was done. I just needed to slightly correct the Gcode coming out of cure before it was fed into the GPX post-processor to generate X3G for the printer.
In addition to this profile I made a slight tweak to the previous post-processor script I had written for Slic3r. This removes the CURA_PROFILE_STRING from the end of the code since it causes a buffer overflow in gpx. In addition it maps over the bed temperature and tool temperature settings over to compatible settings for my Thing-O-Matic. Note: This is for running Cura/GPX on a Mac.
I have a Danby DKC14SLDB 5.2 cubic Foot Single Draught Kegerator I purchased several years ago. Several times a year I find myself with two pony kegs of homebrew I want on tap. Only having a single draught faucet was really cramping my style. I decided instead of purchasing a whole new tower with two faucets ($90) or an adapter ($70), which would have required the additional faucet anyhow, I would make it work on the cheap. I set out by purchasing the following items form Beveragefactory.com (note I have been home brewing for a long time and as such I have some old Coca-Cola pin-lock kegs that I normally use – please purchase whatever keg coupling is appropriate for your application): Read more
Everything is dialed in now in Slicer for my good old MakerBot Thing-O-Matic. I recently started printing with PLA instead of ABS and I can honestly say I am getting used to it. ABS certainly has it’s place but PLA does print really nice too once it’s dialed in. I made this fantastic Valentines Keychain for my family members. This was printed called to 75% of the original size from the original Thing posted on Thingiverse. This cool print in place one piece design with moving centerpiece is well done. You can download it here: Valentine’s Day keychain
I searched around for a while but couldn’t find any definitive (and working) MakerBot Thing-O-Matic configurations for my machine with Sailfish Firmware. I decided to go about digging through and setting up my own. My initial reason for doing this was I was having a retraction issue using MakerBot Desktop that, due to it’s non user friendly configuration I just couldn’t get ironed out. I did not have this problem until I updated to MakerBot Desktop 3.5 earlier this week. Prior to that I never had an issue.
Over the last week or two I have posted several household repair items to Thingiverse.com Many of these items are trivial small designs but their value to me has really been adding up. I have saved a bunch of money by being able to repair items with pennies of plastic and a few minutes of time: