On 9/9/18 1:14 pm, Gene Heskett wrote:
On Saturday 08 September 2018 22:34:06 Phillip Carter wrote:
On 9/9/18 5:18 am, Gene Heskett wrote:
Greetings all;
I am about to give up on this bedwear comp project.
How I determine the amount of correction needed has been tried by
watching the dial
On Saturday 08 September 2018 22:34:06 Phillip Carter wrote:
> On 9/9/18 5:18 am, Gene Heskett wrote:
> > Greetings all;
> >
> > I am about to give up on this bedwear comp project.
> >
> > How I determine the amount of correction needed has been tried by
> > watching the dial as Z is moved,
On Saturday 08 September 2018 22:03:21 jeremy youngs wrote:
> Gene , can you mount a probe on the carriage and probe a lathe
> alignment bar ( or drill rod )?
I don't have a probe per sei on it. What I'm doing is sticking a mag base
to the top of the toolpost holder base that has replaced the
On 9/9/18 5:18 am, Gene Heskett wrote:
Greetings all;
I am about to give up on this bedwear comp project.
How I determine the amount of correction needed has been tried by
watching the dial as Z is moved, taking notes as to which way the center
of the wobble (the spindle is running about 15
Gene , can you mount a probe on the carriage and probe a lathe alignment
bar ( or drill rod )?
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On Saturday 08 September 2018 18:30:42 Chris Albertson wrote:
> This has already been done on Merlin. Merlin is the software that
> interpret g-code for most 3D printers.
>
I see, but that also is dealing with what effectively is a plain one
dimension rendered in 3d.
A lathe is a slightly
This has already been done on Merlin. Merlin is the software that
interpret g-code for most 3D printers.
The way it works is there is a distance sensor on the print head and it
probes the entire bed in a grid pattern. It ALWAYS finds that the bed is
not level and not flat. There are several
Greetings all;
I am about to give up on this bedwear comp project.
How I determine the amount of correction needed has been tried by
watching the dial as Z is moved, taking notes as to which way the center
of the wobble (the spindle is running about 15 rpms) moves, and putting
that DRO's RAD
