 The next thing I wanted to work on before my fan comes, my new actually functioning fan, was getting a correct adapter for this, because I'm sure if you're interested in these lathes at all, you have seen people do this, but I'll show you too. So you get your fan that comes with it, and you stick it in, and then look at this giant gap that is left, because these little metal brackets aren't specifically made for this fan, they just kind of picked the cheapest fan to get one of these. So you can imagine there's going to be a lot of air loss there, so I naturally own a 3D printer as well, because you get a 3D printer, then you get the laser cutter engraver. So I printed off this adapter, which will fit exactly over that hole, screw holes and everything, and then I can run my hose from there, so it will only cover the hole right where it needs to suck as hard as it can, and evacuate as many vapors as possible from the machine. So I've got to take out these screws, which incidentally hold in the duct inside, and then I've got to somehow get them pointing out, so I can get them through these holes that are on my printed adapter. So I'll work on that and see how that goes. Alright, so unscrewing these wasn't difficult at all. I was expecting this thing to just drop out after I took out the last screw, but it didn't, it just kind of tipped down, so I'll put in these guys the other way, if I can. Come on, you. There we go. So, get those going. You should probably also make sure the holes on my 3D printed part are clear or will fit these screws, and they won't. Just fine, you can just drill them out. I'll just try to reuse the screws that came with it, and I think in the description I'll put a link for this part. The only problem I had, and this is because my bed wasn't level, this corner let up, but that really shouldn't affect anything, and I think I might put a little bit of weather stripping along here like I did on the top just to seal all our edges. So I'll get that installed and get back here. I've got my weather stripping on. Cut the weather stripping in half for these longer sections just so I can keep this entire area open, because that's really the only spot that's going to be sucking air. But that should be good. That'll keep all the drafts and things out. So we're sucking from the correct locations. As funny as that sounds. So I'll put the rest of these guys in, and I have a feeling that lining all this up isn't going to be fun. Because I'll get one screw in, and then another will push out, and so on, and so forth. Add nauseam. Add infinitum. So let's see what kind of rig it all this takes. I bet you this will be nearly annoying. Yep. Alright, so I'm not going to film this because this is just going to be obnoxious to watch. It could be funny for you. But I'll come back once I've got this installed. So here's the part as I put it on. I had to get some larger screws, those smaller ones just weren't going to work. But I found it easier to install these side screws first. Then you can install these ones because you can reach them easily. But there we go. There's a much better fit 4-inch adapter for your 4-inch hose. Dryer vent hose or whatever you're going to put on there. With some weather stripping. The only thing I didn't like about this model, and which I think it maybe should have taken into account since it's built for the K40, is this bottom bracket down here. If you look, it doesn't clear it normally. I had to go mangle it with a pair of vice grips. I just pushed it down a bit. But it works now. I don't intend on ever using the stock fan for this thing anyway. So it's not a big deal. And it would still work. I mean it would still stop. It just doesn't have the curved over lip like these do. So anyway, this should work out much better in terms of sealing and airflow.