https://www.youtube.com/watch?v=6Js8erWbsDQ
video description text:
Want to see more tools like this? Im a finalist in the Prusa awards and winning would fund literally dozens of tools like this and help me keep the files free!
https://www.printables.com/awards (vote for the ball vise, its bright orange :) )
Parts: Uploading tomorrow morning
Music: Minecraft soundtrack
Like subscribe all that stuff
0:00 intro
1:12 build
4:30 concrete time BAYBEEE
6:01 ready to use
9:58 thoughts My name is Chris, I am a 3D printing hobbyist from australia. I dont really specialise in anything specific, but 3D printed tools and tabletop accessories are some things youll probably seen quiet often. I do all my 3d printing on a Ender 3, which I highly recommend as a budget printer. Currently I only run 1 printer but I hope to expand that in the future. Recently acquired a photon 0 to do resin printing with. I like to share all my 3D printing ideas for free although I do plan to sell stuff in the future. Most of my projects will be mostly 3D printed with a few non printed components included, these can often be found on ebay. I actually use the cheapest filament I can get for all my projects, again I hope to change this in the future.
I’ve been watching Chris’ lathe builds for awhile. This concrete pour seems like a really useful idea. The lessons learned and advice given here are valuable insights into the practical aspects of this technique.
My main underlying curiosity is what happens when such a methodology is used to create automated single purpose machines.
Man, that’s cool! Concrete is a heck of a lot cheaper than epoxy granite resin and is perfectly suitable for a low-precision tool like this lathe.
I do hope that he finds a way to shield those bearings. You really don’t want metal chips or sawdust making its way in there. Any damage they sustain will cause runout, which will lead to increased chatter and parts that are out of spec. Plus, a matching pair of tapered roller bearings can be quite expensive!