i have made the same thing you have at my shop

Wut U say?  You built the UABMM2?  Or the Mill?

I gotta say you picked a bad time for help on a magnet motor.  I feel like I could probably do this, if I had a research budget, and I don't, and it seems like you don't either.  If you are determined to make a free energy device an alternator would be a much more practical choice.  Then couple the alternator to an open system, like the wind, and there you go.  Its not that I don't want to help, but magnet motors are on my shit list right now.  Go look at the Dia. Mag. Alternator thread, its a much more practical, and useful device, that you can actually make work, unlike the dubious magnet motor.  I gotta say that if you have the impetus to build stuff then you are way ahead of the masses, but the Magnet Motor is the wrong way to go.  Take that Neodymium magnet, put it on a shaft and spin it next to some coils instead.  Pick something that is within your scope of feasibility, and not too much of a challenge.  Once you get a success, then pick a more challenging project...

Look at the DiaMag7 specifically...

http://www.overunity.com/index.php?topic=9220.msg279698#msg279698

Then look at DiaMag8...

http://www.overunity.com/index.php?topic=9220.msg289063#msg289063

DiaMag8 Test...

http://www.overunity.com/index.php?topic=9220.msg300666#msg300666

More power to you in your experimentifying...

I did get a little time to work on the UABMM2 this weekend.  Cut the new shaft and fitted the split taper bushing.  I spotted the holes in the new bearing mounting plates using a 1/4 inch, 90 degree point,  M42 Cobalt spotting mill.  Then bored out the holes in the plates to make the stack using a step drill.  The sacrificial block is the same on I used to machine the UABMM2 Motor plate, so the holes already fit.  I used the 7/8" inch counter sink to make the countersinks in the back of the sacrificial block.  And then  I am using grade 8, 1/2 inch countersunk bolts to hold the stack together while I am machining the shapes in the stack.  Again, like the other radiused cuts I have made, I am using my Z Axis stud which I jam into the table to be the center of the radius, and the cam action table clamps to hold everything to the table during cutting.  I should have the new bearing mounting brackets cut in another day or so...

Thanks Reisender,
So I might need a starter motor?
I hadn't thought of that, but I'll keep it mind...

Back in the Metal Shop on 11/11/11.
Taking all that funky numeric synchronicity and
channeling it into metal working...
So at 11:11 AM on 11/11/11 I was shredding metal...

\m/___(O.o)___\m/

Now I have the bearings installed.  Full elucidation here.

http://scientilosopher.blogspot.com/2012/05/uabmm2-bearings.html

I needed to bore out the center holes of the bearing mounting brackets.  They were 0.500 inches, and the bearings are 1.125 inches outside diameter.  So I used a large Step-Drill, or Uni-Bit to do this.  These are off the shelf bearings from an Ace Hardware store, only $2 each.  So far I am pleased with them, even though they have more play than I would like.  I can always upgrade to better bearings later.

So now its spinning.  Next I need to assemble the Rotor Assembly...

Now I have the Rotor re-assembled.  The tremendous forces of the magnets are causing the split taper bushing to slide around on the shaft a little.  I was able to find a sticky spot on the shaft where the Rotor would stay put.  I think I need to make a new shaft key that is just a little bit bigger.

I needed a couple shaft collars to secure the ends of the shafts at the bearings.  I went to the local hardware store, but they didn't have any.  So, rather than order them on-line, and pay shipping charges, I decided to make my own.  I took a couple half inch nuts and drilled out the threads to 0.500 inches.  Then drilled a 0.159 inch hole through one of the nuts facets.  I ran a 10-32 tap through the 0.159 inch hole, and inserted a 10-32 set screw.  So I made a couple half inch shaft collars for about 25 cents each, they are almost $2 at MSC, plus shipping.

The new mount holds the Rotor square, and solid.  There is none of the deflection that I had with the single sided mount.  Also I added the gear on the end of the shaft to help me turn the shaft.  With the magnets installed it takes considerable torque to turn the shaft.  Once you get the Rotor over the sticking point it will turn relatively easily.  I can tell there are repulsion and attraction points, and there are still the "sticky" point between the magnet fields.

Now its finally assembled, and I can start playing with it.  The next task is to figure out how to mitigate the eddy currents between the magnets.  I am thinking that I can use some small pieces of Iron to short out the eddy currents, and eliminate the sticky spots.

http://scientilosopher.blogspot.com/2012/05/uabmm2-new-mount-test.html

http://www.youtube.com/watch?v=Wza5glN2cjA

I've had to use a couple different thicknesses of sheet Iron to make the magnetic shunts.
Trying to be creative with limited resources.  I've managed to shunt about a third of
the Stator so far.  Going much easier with the thinner (20 mil) sheet Iron, rather than
the thicker (30 mil) sheet Iron.  My hole spacing is not as accurate as I wanted it to
be, and needed some flexibility in the width of the Shunts.  Now that I have got over
this hump the rest of the Shunts should be no problem...

http://scientilosopher.blogspot.com/2012/06/uabmm2-magnetic-shunts-2.html

Now I have all the shunts inserted between the magnets.  The rotor requires less torque to get it started, and the rotor turns for a longer time when spun, so I think we're making progress.  Eliminating cross currents between adjacent magnets is the key to getting this thing to run.  This set of shunts is 16 mil sheet metal.  What we need is something that conforms to the spaces between the magnets better.  So, the next thing I am going to try is the iron powder mixed with epoxy, and injected into the spaces where I need to control the cross currents between the magnets.  We are starting to see the potential of the UABMM2 now.

http://scientilosopher.blogspot.com/2012/07/uabmm2-shunted.html

http://www.youtube.com/watch?v=_4xB5eUFmrk