aid for quotation of a particular

[skia51]

Hello everyone
I ask you the help for listing a body within a part designed by me,It is a sort of bumper, the problem is on the body n°7, , the inclined tubular.
as you see it has a double inclination, having to cut it under a belt saw, I do not know how to quote it and realize it.
the cut-off suggests me a corner, but I didn't understand which angle would be, how can I do it? Do we have to make it through attempts?
thanks to who will answer me

 

[Stefano_GS]

I don't think it's a good solution.
as you said you have two corners, on the drawing quote those two corners. for production depends how you are equipped, does the saw tape have the possibility to set both angles?

 

[skia51]

I don't think it's a good solution.
as you said you have two corners, on the drawing quote those two corners. for production depends how you are equipped, does the saw tape have the possibility to set both angles?

Hello stefano
Unfortunately we are not equipped for with a double cut angle saw
and the idea of putting the tubular tilted inside the saw bite, seems dangerous to me

 

[MassiVonWeizen]

use solid to simulate the cutting operation.
create a part with 1500 long pipe.
insert it into a set and simulate the two tilted cuts* and then verify that the result obtained is similar to that of the multibody part knowing that in carpentry between welding and positioning you are good at respecting the tolerance of +/-1.

*design a sketch that simulates your belt saw
make the first cut using the sketch to place the tube
changes the part and uses the axieme sketch to simulate the cut area (attention to eliminate any bond sharing with the axieme)
make the second cut by changing the saw sketch (tilt angle) and repositioning the tube
verification with multibody part

I'll train you a studio set and a video with the first cut. as you see I have made two cuts for the first inclination only to mark the method, but the ideal is to make the correct measure already in the first cut by quotating the final measure

 

[skia51]

use solid to simulate the cutting operation.
create a part with 1500 long pipe.
insert it into a set and simulate the two tilted cuts* and then verify that the result obtained is similar to that of the multibody part knowing that in carpentry between welding and positioning you are good at respecting the tolerance of +/-1.

*design a sketch that simulates your belt saw
make the first cut using the sketch to place the tube
changes the part and uses the axieme sketch to simulate the cut area (attention to eliminate any bond sharing with the axieme)
make the second cut by changing the saw sketch (tilt angle) and repositioning the tube
verification with multibody part

I'll train you a studio set and a video with the first cut. as you see I have made two cuts for the first inclination only to mark the method, but the ideal is to make the correct measure already in the first cut by quotating the final measure

Thank you
as soon as I can prove how you wrote
Fortunately now there is no rush in the realization of this particular

 

[SMIRRO]

you can make them laser cut, whether it's a prototype or a small series the costs are not very high.

 

[skia51]

you can make them laser cut, whether it's a prototype or a small series the costs are not very high.

Bye-bye
thanks to the idea
here in the area there are no suppliers equipped to cut pipes with laser, but it could be a solution.

 

[Stefano_GS]

you can also try searching in the area if you find someone who has double-angle cutter, they are quite common