valeriob
Guest
Good morning, everyone, I'll explain. in solid top should be called 4 axes contouring. the cutter I use is a cnc brake 5 axes
with head indexed with rotary pallets, which has a working limit not very important i.e. when the head is oriented to work vertically exceeds the center of the pallet of only 5mm. This might seem like nothing but if you have to go to make a survey
of a picture should be made by splitting the profile into 2 entities and turning the pallet of 180°. my question is: is there a function in mx6 that allows the table to rotate continuously keeping the fresa in contact with the profile moving only in y, i.e. a coordination of 2 axes b-y leaving the milling to x zero even with more 'complete profiles maybe? I hope to be explained. It's a bit like the lathes they have
the motorized tools "fixes" but that with the slow movement of the spindle generate different profiles, hexagons without exceeding the center of the spindle (they should be called for the imaginary coordinate lathes).
Thank you.
with head indexed with rotary pallets, which has a working limit not very important i.e. when the head is oriented to work vertically exceeds the center of the pallet of only 5mm. This might seem like nothing but if you have to go to make a survey
of a picture should be made by splitting the profile into 2 entities and turning the pallet of 180°. my question is: is there a function in mx6 that allows the table to rotate continuously keeping the fresa in contact with the profile moving only in y, i.e. a coordination of 2 axes b-y leaving the milling to x zero even with more 'complete profiles maybe? I hope to be explained. It's a bit like the lathes they have
the motorized tools "fixes" but that with the slow movement of the spindle generate different profiles, hexagons without exceeding the center of the spindle (they should be called for the imaginary coordinate lathes).
Thank you.