I set up the belt sander and tried it out and there's a couple issues one I don't like the best it's a very fine plastic dust and the only way that would work is if we had it in inside of some type of enclosure might potential sharp when I leave you stuck it in and it sanded it near the vacuum on the box and complaining the dust now epic filter bag well that is doable I don't believe we're going to benefit from it as much as I'd like

 an alternative to that is lead tools pdei one IPS tool but instead of being 15° or 30° or whatever it is 15 degrees with him the ideal for me to ask him to make that no one that two degrees cool and they do say it does work on PVC and I saw an example of it so that would be the Perfecter idea PVC sharpening

 however let's simplify this a little bit and take place in other things

 I can use the fever ratchet tour without the ratchet  arm with just my hand and I can thread the PVC so I don't even need a lever to do it it's a little tough at the end but I did add soapy water like you suggested which I hadn't been doing before that does seem to make it smoother so a little bit of cutting fluid whether you decide on soapy water or something else does seem to help the other thing that I notice is that if I turn it it'll say three or four times and then I back it off a turn or two then turn it here before turns and back the alternative with the moisture in there the really stringing stuff is still stringing but it seems to kind of Clump together a little and as you reverse it it just falls out so it it kind of breaks off and falls out and if we were like wanting to do something manually the ideal manual tool for this is like a small Tire iron with a die in the middle so it's kind of like a guy tool but instead of you know having two Wings come off it they would have four wins and if we had a small pool like that with really good sharp teeth I'm not so sure we couldn't do this just as fast by hand as we could within the drill I can picture an old time machine that has almost like a chain drive on it where you had the chain turning and and it would just cut it on and cut it off I would say that a the tire only with about six inches in distant each direction if you were pushing on that you could almost spin this thing on and spin it off

 the next idea that came out I don't have an easy way to Chuck that Beaver head it's about a 2 and 1/8 inch diameter square head that fits into the ratcheting pool so for us to get back into summertime mode shop you would need like a 3-in shot and I'm not so sure that the best thing to do isn't to spend 60 bucks on an AC motor and drive and figure out how to get a collar that goes to a three and shelf and put that into the shop and then we just try it is that that's all together not much more five in the belt sand I just bought maybe it's $200

 from that side we have is going with the DIY cutter idea of taking a connector fitting and then I can downsize that with some fittings to get down to a half inch pipe and I can use the half inch pipe and speed it into my drill that to me seems like the easiest thing to try out next tomorrow I think that's the right thing to start with which is using a coupling and putting some notches in it and creating a dye out of that so we're basically creating an industrial version of the guy that's available on Amazon and putting that into a drill

 if we can get something that's chuckable in a drill that seems to work the next thing we need to do but I can Envision is is a foot pedal or or three foot coverage not to two different colors where one is forward none is off and one is reverse almost like a sewing machine I don't know how sewing machine where you can push a button and put it in forward and I believe there's a chance if the guy they're sharp enough that we can just hold the pipe in our hand have the drill on and spinning and beat it in and then it will go in and ideally it would clutch out if the torque gets too hard it's the drills I have to do that and then you could throw it in reverse and back it out and if you had foot cutters you could put it in forward stop put it in reverse half or through then put it in forward again and then finish it it clutches out and then back it off and I think you could do that without even having to clamp the part if we got the right combination of speed and torque and cutter and then what would be ideal with the program the drill to where when it sees a certain torque that didn't reverses itself then it goes forward to a higher torque or to the end of end of the number of turns then it reverses itself out