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Love the design. Really awesome. That printer bed is sweet... I wonder if they sell those separately. One suggestion, something for all that acetone spillage. A solvent dispenser will really help. McMaster Carr sells one with a 27 gauge needle that really puts a drop or line where you need it. I use: https://www.mcmaster.com/1902T111I am sure Amazon carries them also. Great Work!
Hi Thomas,Great Instructable! Thanks. I have the big brother of your mill and have been going thru some of the same steps. Mine is a 2417 with the dual uprights. Surprisingly rigid. Got my motor holder off of Thingiverse, similar to this:https://www.thingiverse.com/thing:2707601Came across this today, which is a fine intro to CAM on a CNC mill/router:https://www.inventables.com/projects/kevin?ref=Intercom&utm_source=Intercom&utm_medium=Welcome%20Email%20Series&utm_campaign=2%20-%20F360%20Beginners-%20BtestThanks, Bill
Have you considered using a line of MEMS microphones and LEDs, then you won't need motion control just electronic switching. Cost does not seem that prohibitive to put 10 to 50 pairs in a line...https://www.mouser.com/Sensors/Audio-Sensors/MEMS-...Very cool Instructable. Need to study that lock-in amplifier circuit!
Wow! I am really impressed. I have often used milk bottle polypropylene material for projects but never thought to weld it. DUH! This project is awesomely well-done. And now I can use old milk jugs to build protective covers and bellows for tools in my shop, add opaque windows in 3D prints, etc. I really like the battery holder also. A deep bow and thank you. (Has anyone tried cutting this material on a Cricut type cutter? You may be able to go into the GlowBot business... of course I know a lot of the charm is in the hand work. But then building a PP spot welder would be cool also.)
If you inserted a rod with a couple of RGB LEDs on the end ito the solution, It would be neat to see if that crystal dandelion would glow different colors...
http://www.ebay.com/itm/V-Twin-V-Type-Mini-Hot-Liv...Greg,Lovely air engine!Have you seen these... you can run a plastic engine with steam. I have one and it cranks like the devil with the tuna-can boiler. My guess is the cylinder and piston are UHMW or some other lubricious engineering plastic that can take a little heat. Bill
Yeah, I have to totally agree with that... my first thought was "YOU CAN ACTUALLY CONTROL THE BALLOON'S FLIGHT. WOW." Probably a great personal fan too. "My left ear needs cooling now also."Another in a long line of awesome projects from gzumwalt. Thanks you!
Hi Dr. Senft,Great Instructable and video. I saw your article in Nuts & Volts on the CSS555 and then went to your Instructables list. (To those who are reading this, Dr. Senft invented, among other things, the type of "coffee cup" low delta-T Stirling engine you see all over, including in Instructables.) You really should publish a collection of your articles from Live Steam in a book including the steam powered Tonka truck, the Moriya Fan, the thimble engine and that wonderful little O-gauge train. I think a whole new generation of builders would enjoy that immensely. Thanks for continuing to put forth such awesome projects. -Bill
Awesome Instructable, even if I did have to look up IB and MYP. ;-)This is a Senft Stirling engine, first conceived and developed by Dr. J. R. Senft of University of Wisconsin River Falls, during a friendly competition with Dr. Ivo Kolin of University of Zagreb in the 1980's to build an engine that would run on the lowest temperature differential. Dr. Senft, an awesome machinist as well as a mathematician, was an inspiration to me as a teenager reading Live Steam magazine, and one of the reasons I became an engineer. A neat illustration of the engine and the story behind it is here: http://www.animatedengines.com/ltdstirling.htmlThanks and keep on making Instructables!