her lamiera calandrata

[DoctorBomber90]

Good morning, everyone.
time ago, in creating a Chinese hat door for a reservoir, I made a simple sheet metal with at its ends of the biscuits, so as to facilitate the welding and, therefore, close the sheet.
I make a 2d sketch on the side surface of the grille and I cut extrusion, so as to make the bisellatura.
the point is that when I develop the sheet, i.e. click on "flattened", the biselli disappear.
Why does that happen? Shouldn't they stay in development?
n.b.: the single bisello has a angle of 30° and the shoulder height is 1 mm.
Now I'm drawing pictures.
I hope I was clear in the debate.
greetings,
and

 

[MassiVonWeizen]

flattened sheet can not have functions that alter the thickness like biselli, but also trivial vased holes because it is representing what is laser cut.

 

[DoctorBomber90]

Okay.
The reason why I opened this discussion is because I happen to have to make tables, where I have to draw/represent components and their developments.
in the developments I wanted to represent the bevels/brains, with relative quotas (as information to give to the worker).
Now you make me think @massivonweizen, you're right (and maybe I understand why).
because, by making the table of the development of the sheet without biselli/smussi, you convert it to .dxf file, send it to the worker/award of the laser cutting and the appropriate machine "works" what reads from the file. rightly the laser cutting machine can not make bevels/brains (obvious).

 

[Nico12]

Why don't you keep a calandar view in the same table with specified bevels?

 

[DoctorBomber90]

Why don't you keep a calandar view in the same table with specified bevels?

ciao @nico12. You're right about making a detailed view of the sheet metal and putting it in the table. My dilemma was something else, i.e. because the bevels/ bevels disappeared from the flat plate.

 

[MassiVonWeizen]

if I give you or need you can move, or repeat, the bisellation after the flattening function