kertus
Guest
Good morning to all,
I'm designing a fork. arrived at the sheath and the spring preload cap, as well as upper insulation of the fork, I am in the unknown of how to perform threads.
until it is a threaded hole I know that it is possible to do it agilely with the "hole" feature, so that the program creates a cosmetic thread that is automatically recognized as such in the table of the mechanical component.
in this case, if you do not want to make cosmetic thread but perform a sweer cut with triangular profile to realize it in 3d, how do I make to recognize the program that this sweep cut concerns a thread?
returning to the fork, in this case I must instead perform a thread on the inner surface of the sheath and an identical on the cylindrical surface.
beyond performing the two threads with sweep cut (of which I have the usual problem of how to make them recognize the program in the table), how can I create such threads in a cosmetic way how can you easily do with threaded holes?
thanks to your help
I'm designing a fork. arrived at the sheath and the spring preload cap, as well as upper insulation of the fork, I am in the unknown of how to perform threads.
until it is a threaded hole I know that it is possible to do it agilely with the "hole" feature, so that the program creates a cosmetic thread that is automatically recognized as such in the table of the mechanical component.
in this case, if you do not want to make cosmetic thread but perform a sweer cut with triangular profile to realize it in 3d, how do I make to recognize the program that this sweep cut concerns a thread?
returning to the fork, in this case I must instead perform a thread on the inner surface of the sheath and an identical on the cylindrical surface.
beyond performing the two threads with sweep cut (of which I have the usual problem of how to make them recognize the program in the table), how can I create such threads in a cosmetic way how can you easily do with threaded holes?
thanks to your help