Green_grinder
Plastic
- Joined
- Sep 27, 2017
Dear all,
Do you know of any formula or general rules that can relate the incoming geometrical errors of the parts and the minimum stock removal to fix (or remove) those errors? I intend to use it for grinding processes, but I guess this should be useful for any material removing process.
E.g. if the out of roundness of a cylindrical part is 0,05 [mm], then the minimum stock removal in diameter should be at least as twice as that ( > 0,1 [mm/Ø]), otherwise the error won't be cleaned.
The incoming erros I'm considering are: radial runout, out of roundness, straightness & cylindricity.
Thanks in advance,
Green_grinder
Do you know of any formula or general rules that can relate the incoming geometrical errors of the parts and the minimum stock removal to fix (or remove) those errors? I intend to use it for grinding processes, but I guess this should be useful for any material removing process.
E.g. if the out of roundness of a cylindrical part is 0,05 [mm], then the minimum stock removal in diameter should be at least as twice as that ( > 0,1 [mm/Ø]), otherwise the error won't be cleaned.
The incoming erros I'm considering are: radial runout, out of roundness, straightness & cylindricity.
Thanks in advance,
Green_grinder
