The Bucking Magnet Motor

[z.monkey]

In my design the poles of the bearing magnets are aligned with the shaft axis, rather than pointed outward.  This may help furl the tails.  But, we need to look at all contingencies to control runout and clearances.  To build an industrial grade machine we need to control the precessional slop and the linear slop, uh, back and forth, and up and down, or three dimensional.  So the end product may need a compound complex solution.  I was thinking that the end product may need to be magnetized in multiple directions.  It needs to have linear bearings, as well as rotary bearings, like a compound bearing, but I can't really provide an existing model because it doesn't exist yet, as far as we know...

The more you dig into this Electro-Magneto-Mechanical Universe, the more you realize how little you know...

Diggage...

[celine86]

Why Pros Choose Ping G15 driver?

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[z.monkey]

I got the Cam Levers today...

We make Toggle Clamps...

I had a problem with the pin in the clamp.  It is 313 mils and the hole in the Cam Lever is 309 mils.  It has to be press fit using differential temperatures.  So can't do that here, yet, so I substituted a 5/6" bolt (#2 Grade) temporarily.  The Clamp body, stud, pin, and nut are all case hardened.  This means that they are like carbon steel, grade 10 or 12, and my steel tools are not going to cut them.  So I can't modify them with the tools that I have.  I do have a few M42 Cobalt Steel mills that would cut them, but they are the wrong size.  So, I am probably going to have to substitute with off the shelf hardware I can get at the hardware store.  The Ace hardware close to me has grade 8 bolts which will probably work for what I am doing here...

Back to shredding metal...

[z.monkey]

Productivity is up!

I did this quadrant in about 30 minutes.  The first took a few hours...

I can work both clamps simultaneously...  Way Mo Faster...

Thanks again Webby...

[z.monkey]

Yeah, Mo Bettas...