He's losing his grip.

And we'll keep the spindle speed below the recommended 900 rpm

We will address that scenario in another video in this series

This graphic illustrates what would happen if you did not cut to the nominal part diameter

We see a total indicator run out of fifteen thousandths (0.015 , 0.381 mm) at 250 psi

She wanted to dance.

Which must be completely profiled on the outside face of the part

We learned about the fundamentals of cutting lathe soft jaws

One way? A round trip's only 2 more.

Now we're ready to make our part To demonstrate how uniformly the pie jaws grip the part

And we need numbers that are very close to each other.

Give me the shot, they're gonna whack me,

And the b times the a is going to be equal to 3.

Meanwhile I'll get the glass under the table. Have you got a cloth?

In this video, we will demonstrate the proper way to cut OD gripping soft jaws and cover soft jaw fundamentals

One sided

SingleSided

One Sided

Simplex

Remember my words.

And sort of the posterbirds for this idea are the birds up there.

One way.

One leg!

The piece.

And in the early automobile, the rear wheels turned separately, and only one wheel was connected to the engine.

The jaw grippers are now facing outward

Not even where the jaw tips contact the work piece

He carries fire in one hand and water in the other.

At 250 psi clamp pressure, our part's total indicated run out using the pie jaws is five thousandths (0.005 , 0.127 mm)

This pulley has sufficient wall thickness to allow us to use standard soft jaws

Push it away, put away!

You disable one, the next one. Boom.

Text Snippet

Box Drawing

Single sided

I remember his defense.

And this is one predictor. So, here are the coefficients that go into this equation.

There's the one armed man.

( suspenseful theme playing ) One armed man...

Let him light his own.

Take the stew away.

A mug of ale in my hand.

Clear the tube!

A onesided love?

Get rid of him!