Z Axis

Z rotation

94 00 04 06,39 gt 00 04 09,072 That's my y axis. That's my z axis.

The machine will now function normally

Rotate around Z axis

This will be my x axis.

You can see this is the x axis, the y axis.

Later we will check and adjust the B axis home position

Let me draw it a little bit better than that.

Rotate around X and Z axes

Rotate around Y and Z axes

And if you want to care about x, y's, and z's, let's say that this is the z axis.

I'll do that in blue.

That's my x axis.

The spindle sweep measurement will show that the spindle axis is perpendicular to the table surface

Attach the Test Indicator to the Magnetic Base

So that's the x intercept.

Position the test indicator to measure a ten inch (10 or 250mm) diameter circle at the center of the table

You have to think in three dimensions a little bit.

After adjusting the leveling screw, wait for at least 10 seconds for the bubble to stabilize

Jog the turret to the middle of X axis travel

Finally what about a series of rotations and translations all along the same axis?

For any rotation matrix, it turns out that the inverse is the transpose. So, for this one, for example.

And then the one after that won't go into 2py or 2px, it'll go into 2pz.

Adjust until the indicator reads zero at each end. Sweep the table again to ensure it is aligned to read zero at both ends of the 20 sweep.

Let's say that this right here is our y axis and then we have a z axis.

Now we will check the parallelism of the table surface to Y axis in the side to side direction

And the convention is to kind of follow the right hand rule, where the x axis taking the cross product of the x axis with the y axis is equal to the z axis.

We're in luck with the x axes, in both systems we know the x axes match.

And then that has to do a lot with like CNC machining, you know.

Then finally the z intercept when x and y are 0 we're on the z axis.

Then jog the turret along the Z axis towards the spindle getting to the end of Z travel if possible

But, it's possible in a dynamical system

So that is the x axis and, of course, you have your z axis.

So this is equal to 7z times z plus 1, times z plus 2, times z minus 6.

Remove the fasteners holding the spindle head bracket in place

Let me just rewrite everything.

All that pattern matching, I made a mistake.

The way I solved this puzzle was to first align my right hand to the directions given in the beta, X south, Z west, and Y up.

You ended up with, you know, when you increased Y the points were moving downwards. So I would say negative y, that's up.

Right.

Z squared minus 4, that's a squared minus b squared.

I wrote a z minus b here.

I've plotted my cost 1 of z function that I used for positive examples and on the right I've plotted my zero of 'Z' function, where I have

Whatever happens with the y and z axes won't affect the x axis value. So in the second system x will also be 10 .