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

Formation of healthy mitotic spindles is necessary for division in all cell types.

Place the work probe in the spindle

Attach the magnetic base to the spindle

The spindle warm up should now be complete

Attach the magnetic base to the spindle nose

During automatic recovery, the spindle drawbar unclamps and you will hear a blast of air coming from the spindle nose

Along the bottom, we have the spindle information box with the override values for spindle speed, feed rate, and rapid rate

Regardless of which tool ends up in the spindle

Remember, spindle speed also affects outside diameter holding force

The spindle will turn at a maximum of 750rpm

Remove any tool that's in the spindle using TOOL RELEASE

Remove the fasteners holding the spindle head bracket in place

Select program O02020 Spindle Warm up and press SELECT PROGRAM

They go in opposite directions while they generate their spindle fibers.

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

With the machine geometry verified, start the Spindle Warm Up program

If necessary, move the tailstock or 2nd spindle to the HOME position

To remove the spindle head bracket press Z , ZERO RETURN , and SlNGLE

Press CYCLE START and the spindle will begin turning at 500 rpm

Move the spindle head down to the middle of Z axis travel

Along the bottom, we have the spindle information box with the override display

Place boxes filled with packing foam under the spindle and tool carousel pocket

Detach the Red Security Bracket between the Turret Face and the Spindle Bulkhead

If your program spindle speed does exceed 750rpm, the program will not run

And it prevents them from forming those chains, those mitotic spindles, that are necessary to pull the genetic material into the daughter cells.

Centrosomes are the things that are pushing back the that generate the spindle fibers.

The spindle sweep values are also affected by the precision of the leveling sequence

Errors because of twist or bow will cause errors in the spindle tram values

For DS models, detach the Security Bracket connecting the Second Spindle to the Machine Base

Take special note of how fast the spindle will be rotating during actual part machining

Next, press ATC reverse repeatedly until the tool change arm has moved away from the spindle

If the primary tool has life remaining, it will call that tool to the spindle first

I decided that I did not want to stop the spindle so I wrote myself a note

The tool change arm will rotate in reverse and put the tools back into the carousel and spindle

They align the work piece exactly to the spindle center every time, and locate the back face precisely

Centrifugal force pulls the jaws away from the work piece and reduces gripping force as spindle speeds increase

With the turret still beside the spindle note the exact position of the bubble in the vial window

Attach leveling tool T 2192 to the spindle housing with the precision level parallel to the X axis

Re measuring for Twist and measuring for Bow in the base casting and then measuring the Spindle Sweep.

In this case, the spindle drawbar will need to be set to the unclamped position during the tool removal

It is also possible that the arm is stuck while gripping a tool that is still clamped in the spindle

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

Now they are the correct bore size and once again concentric to the spindle Adding a taper to your jaws

Now use shop towels to clean the Y axis linear guides and the underside of the spindle head and ram