Machining a Resettable Dial for a Myford Leadscrew Handwheel

The video tutorial addresses the challenges of using imperial Myford lathes and proposes a solution with a resettable metric lead screw dial. It details the manufacturing process of the dial from stainless steel, the engraving using a pantograph machine, and the assembly with ball bearings for friction. The tutorial also covers machining the hand wheel and testing the final product, ensuring the dial is easy to read and operate.

What challenges are faced when converting Myford lathes from imperial to metric?

Describe the process of creating a resettable metric lead screw dial.

What is the significance of using a pantograph engraver in the dial marking process?

How does the thermal expansion of materials affect the assembly process?

Explain how the friction on the recessable dial is achieved.

What adjustments are made to ensure the hand wheel is accurately mounted?

What precautions should be taken when machining the hand wheel?