Hi all,
I am Marcello, from Torino.
I've got an Asian 7x sized lathe of Optimum brand and a BF20 mill that I use in the (rare) spare moments I have to fix what was broken in the house,garden or car, tool-up the machines themselves, make/fix toys for the children and making steam model engines. (Managed to have my fourth up and running, at the moment)
While having no interest at all into computer controlling my machines, I made myself accepting the idea of fitting a DRO to the mill: the point being I could easily ruin parts by taking the cutter diameter into no account with no lower rate than setting the dials and counting the wrong number of turns. I was right: the feed rate of poorly mangled metals towards the scraps box from the manual lathe and the digitally visualized mill remained almost identical. - The mill wins by large when it comes to counting broken cutters, but the DRO has not much to do with that -
Marcello
I am Marcello, from Torino.
I've got an Asian 7x sized lathe of Optimum brand and a BF20 mill that I use in the (rare) spare moments I have to fix what was broken in the house,garden or car, tool-up the machines themselves, make/fix toys for the children and making steam model engines. (Managed to have my fourth up and running, at the moment)
While having no interest at all into computer controlling my machines, I made myself accepting the idea of fitting a DRO to the mill: the point being I could easily ruin parts by taking the cutter diameter into no account with no lower rate than setting the dials and counting the wrong number of turns. I was right: the feed rate of poorly mangled metals towards the scraps box from the manual lathe and the digitally visualized mill remained almost identical. - The mill wins by large when it comes to counting broken cutters, but the DRO has not much to do with that -
Marcello