For half the price of that and 100x less time, you could have just gotten an actual lathe and put a tip on by thenRube Goldberg solution to a paperclip problem. All you need is a 3D printer, the materials, software, and experience to do it.
Find me that lathe that is half the cost of the one in the video, I have the money in my pocket to buy it now. Thank you.For half the price of that and 100x less time, you could have just gotten an actual lathe and put a tip on by then
Guess you’ve already got the printer thenFind me that lathe that is half the cost of the one in the video, I have the money in my pocket to buy it now. Thank you.
Guess you’ve already got the printer then
Sell it and buy 3 lathes
Absolutely no 90 dollar 3d printer will print quality and durability like shown in the videoprinters are cheap nowadays. maybe 90 bucks and you can get both a cheapo printer and the filament needed for this.
i have a cue lathe but for portability this is not bad. i would probably add features like a screw in the end to press the tip. could make it modular to fit 13mm / 14mm tips
I highly doubt that the idea here is to buy a 3D printer just to build a cue lathe. 3D printers are something a lot of people already have. I have a lathe (not a cue lathe) but not a 3D printer so its probably not something I would make but my kid for example has a 3D printer so I could ask him to make this for me. Sometimes one has to think outside the box, SMH.Guess you’ve already got the printer then
Sell it and buy 3 lathes
The only thing I dislike is holding a razor for machining.Everything else looks solid.I think i try make one for our club!
Most cue guys use a utility knife blade to both shape the crown of the tip, and to shear the sides of the tip flush with the ferrule.The only thing I dislike is holding a razor for machining.Everything else looks solid.