It's always nice to see a project work out in the end! The angle screen is nifty. You might want to put a sharpy line on your chuck and verify that 360 = 1 rev. Easy fast sanity check. Looking forward to more content!
There is a 0 mark on one of the jaws so I can use that. So I'll have to check that. But given 90 degrees looked right and I set the encoder to 400 pulses per revolution, it's probably correct.
It's always nice to see a project work out in the end! The angle screen is nifty. You might want to put a sharpy line on your chuck and verify that 360 = 1 rev. Easy fast sanity check. Looking forward to more content!
There is a 0 mark on one of the jaws so I can use that. So I'll have to check that. But given 90 degrees looked right and I set the encoder to 400 pulses per revolution, it's probably correct.
watching this very intently its very interesting and your doing an awesome installation.
Thank you. I can't wait. But I have two other projects ahead of this, so it will be a couple weeks before I get back to this.
Great video 👍 John nice to see it coming together.Indexing the chuck with a mechanical lock or magnet lock off the back of chuck .
I still haven't come up with a use-case for indexing the chuck. It might be more interesting if I didn't have a CNC mill.
will you be posting the Arduino code to drive the lath stepper motors & thread pitch . ?
Does this chip tray belong to some other lathe? Where can I get one? Thanks !
John could you please share the stl file for the mounting of the encoder?
Thank you in advance
Could you please share the 3d file for encoder?
You can download it from here: www.cuidevices.com/product/resource/digikey3dmodel/amt10-series
Thank’s John, i also ask you the stl files for all the components of your desing.
Thank’s in advance