this post was submitted on 06 Sep 2024
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diy
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Finally, a comm for that one user who hand-makes longbows. This ones for you, comrade.
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I'm reluctant to make a strong recommendation because the tech moves so fast and I haven't been into it for a couple years. Back then an Ender 3 Pro clone could be had for like $150.
These entry level ones are a pain in the ass to find tune, though (which has to be done frequently). I don't know the cost of the cheapest automatic one, but I've got a friend with more expensive Bambu Labs and they're so much closer to "set and forget".
I had a voxelab Aquila (ender clone) and printed a few things, but the troubleshooting ended up being too much and I eventually got rid of it.
All that being said, the ender 3 line is perfectly capable of printing most things, including some of the more spicy designs. I'd check out the 3dprinting subreddits (and /r/fosscad depending on your interests), probably more up-to-date info in their wikis and sidebars.
Same. I can say what worked for me, but there are certainly better options available now. The only thing which has interested me in the meantime is the Voron 2, but that is ABSOLUTELY not a beginner recommendation lmao (it is a design that you have to source and build yourself, sometimes partial/complete kits come and go but they are expensive).
In my experience, these things are like bicycles. There are hundreds of them. They all have wheels, handlebars, breaks, pedals. Some have shock absorbers and bells. If you buy a bike at Walmart, it will work, but the person who assembled it will never put as much love into it as you possibly can. Or if it comes in a box and you have to assemble it yourself, you'll follow the instructions and get it working, but it will still kind of suck until you take various bits of it apart and put it back together a second or third time.
If you want a perfectly tuned machine, you have to actually use it first and observe how it's performance falls short. The more expensive ones will (should) have higher quality components and be less finicky, but no matter what you get, it is going to require maintainence. I work in a machine shop on CNC machines which cost a quarter of a million dollars and I still have to tear these things apart and do all sorts nutty maintenance tasks (above and beyond the documented "preventative maintenance").
It wasn't until I disassembled my printer beyond the flat-pack state it came in and put it back together, after about a year of dicking around with it, that I got it to a state where I can start it up after months of idleness and still nail a print on the first shot.