Chapter 34 - 3D printing, CNC, and making things #
34.1 - Basic making #
Wood working #
Cool projects #
Metal Working #
34.2 - CNC, 3D, Lasers, & Plotting #
3D Printing #
From personal experiance, I can tell you the really cheap, like sub $200 printers, are mostly shit. I’m currently rocking an Ender 3 V2, which is around $300.
So far I’ve had pretty good luck with it. It’s not perfect, and if you do get the base kit, you’ll still probably need to put some money into it to upgrade it to fix some of it’s more glaring issues, but that can be done iteratively and it will still work ‘stock’.
Obviously still do your own research, but at least as of the time of writing (Mar of 2021) this seems like the best option at an entry-level price point. If you can’t do at least this printer, I’d really advise just saving your money, because anything cheaper is really going to be questionable, to the point it may not ever really work.
Calibration @ https://teachingtechyt.github.io/calibration.html
[TODO] look into https://libfive.com/studio/ instead of OpenSCad as OpenSCad is full of problems
[TODO] complient design, see 3D Printed Joystick Using Spherical Flexure Joint (Hackaday)
Vpype (GitHub) - “The Swiss-Army-knife command-line tool for plotter vector graphics.”