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Be sure to read the PDF manual. Lots of good info.
I did not know this existed before. Unless someone has something better this is what I will be recommending.

Here is what you want.......W1681 Buffing Assembly

Pay attention to the middle pic...
For your existing motor shaft get the smallest pulley you can find. You will probably need to get a slower...

I don't know of any such place. This is one of those things called a " DIY project". The link I posted to Charlie Lewis video & his buffer is the best I can do for you.

Good luck :)

The fastest I use is 1750 on a 3 inch wheel. Buffing only, no sanding/grinding and it is still a bit to fast. YMMV

BTW, the only reason I still use it is because I have not moved my better setup...

Well, sometimes you win & sometimes not. Hmmm, this reminds me to check on 4 bars of the greaseless that I have out in my workshop. Been sitting there for 3 years plus now................

and the package is open on one end I assume. Just checking.

Just curious, how long has it been in the 4" of water?

I learned about handling the Greaseless from a friend. he did not store his in a frig. he took a aluminum pie plate, put paper towels on the bottom, added some water, then stood the open end of the...

Yes it does

Yes, take a clean soup can, put in 1/4" of water, put open end of bar into can, wait....

Ya, you been bit by the bug for sure. Your doomed for all eternity to the your workshop!

:tu

Actually, I have used Charlies setup and it works very well. Changing the buffing wheels is very quick and easy.
Please note that he is using pillow blocks, and a 3 step pulley on both the buffing...

The arbor assembly is vintage,yes. You would use pillow blocks instead. The pulleys.... it does not matter if they are new or old.

What would be difficult to find is the shaft. That one was custom...

Take a look at this setup of mine. Just imagine that the motor also has a 3 step pulley.

http://www.flickr.com/photos/randydance062449/sets/72157631606837780/with/8017361174/

Does anybody have...

The calculation that 32t uses is the one I learned a number of years ago. I agree with that.

What you really need is the SFPM to compare different size buffs & rpms.

But to the original...