Fwiw, I thought before the wash station came out, and still think after its release, that a vat of swirling IPA is a inelegant solution. HIgh capital outlay, high consumables cost. The only advantage is automation, but I’m only spending perhaps 10 minutes total on cleaning a full volume 3L print.
I use a small immersion pump <$20 set in a plastic bin. The silicon rubber hose with a reducing nozzle delivers about 4 lpm of flow, and there’s only about 700 ml in the sump, which is ample with the bin tiltled. I use a fume hood to vent the fumes.
Since the washing action is always only at the surface of the part (regardless of how you’re washing it), directing the flow as I rotate the part cleans rapidly, and does the least damage to the print, since the work time is now minimal with least possible IPA absorbstion.
I believe I get a much higher part - solution interface fluid velocity (but don’t know for sure) which accounts for the short cleaning times I get. I use a quick second bath of fresh IPA to polish things off, and which lets me use the 700 ml multiple times as a first bath. As opposed to 38 Liters (say $200 and a disposal problem ) to fill the FormWash 3L bucket;
So capital outlay <$50, Consumables <$3, time to clean a part 10 minutes. Add in a fume or exhaust hood if you don’t have one, or place a cover on your tub to minimize the vapor transfer. Or enjoy the huffing.
I use the fume hood for almost every time I use chemicals, or solder parts or paint, etc. I had a sheet metal shop work up the exhaust hood, attached it to commonly available 8" flex tubing and use a rather large exhaust fan. I don’t remember the outlay; <$600 all in.
For a curing station, I also assembled my own, with 405 nm lights and a heating element, which can do a considerable number of parts all at once. Not UL approved!!!
Of course if money isn’t an issue, or consumable costs, and you’ve got no problem with disposing of 38 liters of gunky IPA, go for the Formlabs gear! It’s prettier, for one!