It seems like they’re all really expensive, with most halfway decent ones being over $1000. It also seems like they’re really finicky and hard to get working consistently.

Are there any 3d printers that are actually a refined product, something you can just get and start using? I don’t want to spend most of my time fiddling with the settings and having to buy a ton of upgrades in the hopes of getting it to be a functional machine that can actually be used to print out parts.

If there are any out there that are basically self-maintaining or highly automated in terms of configuring themselves correctly, is it only the really expensive ones, or are there more affordable sort of “get and forget” printers that you can just set up and start using?

  • EmmaGoldman [she/her, comrade/them]@hexbear.netOPM
    link
    fedilink
    English
    arrow-up
    1
    ·
    5 months ago

    My goal is to be able to make little functional and decorative parts that look “good” without too terribly much post-processing. For example, I’d like to be able to print a case for the communist fantasy console project I’m working on and have the different parts actually line up instead of being all warped. Little functional parts for fixing things around the house, or printing decorations or prosthetics (Canadian healthcare basically only covers them in BC, so a lot of people never even have the chance to get one.) idk about printing a gun, especially as far as legality goes, but it sounds like that’s on the “easier” side of FDM manufacturing from what you say

    • farting_weedman [none/use name]@hexbear.net
      link
      fedilink
      English
      arrow-up
      2
      ·
      5 months ago

      Okay, when you said you wanted to print parts I assumed you meant components with nylon or rubber attributes or something like that that needed to be more performant than pla.

      If it’s just “stuff” you want to print but don’t want it to turn out all “fucked up” then get an ender and a cardboard box and some insulation and put the insulation on the inside of the box surfaces and put the box over the ender.

      You won’t be able to see what’s happening, but after you calibrate the printer for use with an insulated enclosure (a cardboard box with old insulation stapled to it) it’ll be able to consistently crank out quality parts.

      When you start getting self conscious about your trailer park ass 3d printer, look up some of the nicer clear plastic enclosure builds and make one of those.