Incredible content! Please, can you make available the 3D models used in this class? Thank you for your attention and for sharing your knowledge with us. Congratulations!
Flow and Cross curves in Streamline are used to define DRIVE GEOMETRY. Drive geometry is not an actual toolpath. It is not the easiest topic to explain... Toolpath is created by projecting the drive geometry on part geometry along projection vector. You can be sure that it won't gouge the part in this case. Drive geometry doesn't even have to be build basing on part. It might sounds confusing at the beginning, but it gets more "reasonable" while trying it with more examples. I always suggest to experiment with different drive geometry settings and different projection vectors. This way we can understand better how it works.
NCmatic thank you. I've never even tried using streamline without cross sections, your toolpath is nice and clean. In many cases i get a lot of unnecessary aerial moves and when the cutter goes around objects it makes nasty motions in the radius corners, like vertical zigzag. Thank you for your vids, i really enjoyed this one where you added explanation. Thanks.
Can you teach me how to permanently modify the width of a toolpath like yours? The default is too thick, use ctrl+shift+v to modify the display width in the line, and it will not work if you turn on nx again, thank you very much
Awesome, regards from mexico. I´m your fan
Incredible content!
Please, can you make available the 3D models used in this class?
Thank you for your attention and for sharing your knowledge with us.
Congratulations!
Very good idea. I will make it available. Thanks
you are a really great teacher. Thankyou :)
thank you for the compliment :)
In your programming starting at 6:00 you select 2 flow curves without any sections. Can't it damage the part and distort geometry?
Flow and Cross curves in Streamline are used to define DRIVE GEOMETRY. Drive geometry is not an actual toolpath. It is not the easiest topic to explain... Toolpath is created by projecting the drive geometry on part geometry along projection vector. You can be sure that it won't gouge the part in this case.
Drive geometry doesn't even have to be build basing on part.
It might sounds confusing at the beginning, but it gets more "reasonable" while trying it with more examples.
I always suggest to experiment with different drive geometry settings and different projection vectors. This way we can understand better how it works.
NCmatic thank you. I've never even tried using streamline without cross sections, your toolpath is nice and clean. In many cases i get a lot of unnecessary aerial moves and when the cutter goes around objects it makes nasty motions in the radius corners, like vertical zigzag.
Thank you for your vids, i really enjoyed this one where you added explanation.
Thanks.
nice one please add more videos
plz make a vedio on nx2212 instalatrion sir
Do you have the CAD file for this Ejercise...??
Nice
And can u put reroughing videos for nx 12
Good sir ji satendra
Really awesome
Can you teach me how to permanently modify the width of a toolpath like yours? The default is too thick, use ctrl+shift+v to modify the display width in the line, and it will not work if you turn on nx again, thank you very much
Very good
Can you post the builder of the FANUC operating system?
.Thank you
Contact me, I we'll teach you!! 8801771215341( Bangladesh)
Super sir
Thank you
❤️
高手