This is the thing, though: the curling edges, the jammed nozzles, all of that kinda crap is stuff you'll have to deal with regardless of the printer. The only big difference with the commercial FDM printers is that there's then a number to call so you can pay someone to come out and deal with it, instead of having to DIY with forums. But you pay for the access to that person, and you pay to have them visit so it's really only viable for a commercial machine in a commercial context where downtime costs.
I found that the 3D printer was a hell of a lot more finicky and problematic than my CNC router which has pretty much run hassle free since the day I uncrated it and bolted the gantry onto the Y runners (that's what they call assembly). But when something I do wrong causes a problem, the CNC tends to get a lot more destructive and destroys tools and workpieces and fixtures quite happily whereas the 3D printer is a lot more benign - apart from one shattered bed, the worst that happens is a failed print.
We really aren't yet at the point of "A 3D printer in every home".
I don't love mine like I did when it was newly arrived anymore, the honeymoon's over and now it's just another tool in the box. Sometime's it's appropriate for a job, most of the time it's not, that's fine and an excuse to have other toys, erm, tools
