fresatura e piegatura lamiera

[tanticapelli]

Hello everyone

I have seen the problem has already been dealt with here:https://www.cad3d.it/forum1/threads/appiattire-lamiera-composte-alucobond.32925/I would like to do just this (it would be important because it is the only way to get a fold with live edge even with thicknesses of 30 or 40 tenths.

I'm cuffing with solidworks but I can't find a way that works... Do you have any ideas about it?

thanks to all

so many hairs

 

[MassiVonWeizen]

Can you attach a sketch of what you want to get?

 

[tanticapelli]

 

[xxfast]

on two feet... if I didn't get it wrong... use the configurations?
make the configuration flattened with the milling. . .

 

[MassiVonWeizen]

bhé is a useless video. What do you need to show the modeling and not the process to get it?
you can not see any clue that confirms that it was made with solidworks, 4 icons, the logo somewhere, the high part of the feature manager... as it would be I'm sorry. a Put it on 'na Scrivia

I attach this discussion of the forum of solidworks. I didn't look at the files, but I hope they help

 

[tanticapelli]

I posted the video (not mine) because I wanted to make the idea of what I wanted to do.
In good substance it is a matter of wanting to fold a sheet for example from 30 tenths so that it presents the living edges from the outside. this is not possible in reality without practicing a "trapezoidal" milling on the back of the fold line so as to remove enough material to maintain an acceptable consistency but at the same time a fold with abnormally tight radius.
I tried to build a base flange then flattened, and I practiced on the back of it an extruded cut to milling mo along all the lines of fold. But then I couldn't bend it again.
I found another video of solidworks applied to composite aluminum which however did not convince me much since even the demonstrator managed to block.. .
https://www.solidsolutions.co.uk/so...uminium-composite-material-in-solidworks.aspxonly that if I can't properly represent the sheet in the drawing the client complains. . .

so many hairs

 

[MassiVonWeizen]

criticism was not addressed to you; the video makes the idea of what you want to do. It is revolted, so much to make a little sterile polemic, to whom to make the video that of his is useless if not to give him a pat on his shoulders and to say good and say goodbye to mmammeta. Maybe he used a plug-in, maybe he did it with a software dedicated to sheet music... I know.
Unfortunately in these days I do not think I can do experiments

 

[tanticapelli]

I realize that video is pretty worthwhile. But if you want to laugh a little bit, take a look at the other one I posted, so curious. . .

There's no rush. I'll work on something else.

thanks always to all (and especially to mass) for the availability of providential

so many hairs

 

[MassiVonWeizen]

But you don't notice that no link is attached... on that I am a poor fool who forgets things like a red fish
etc. https://forum.solidworks.com/thread/105447

 

[tanticapelli]

I didn't understand a bat with the forming tool. I tried to create an ad hoc tool but I can't build the functions properly obviously. . the bad is that in https://www.solidsolutions.co.uk/so...uminium-composite-material-in-solidworks.aspx Besides blocking now to fold the sheet does not show how to correctly create the function shaft and above all uses a friez that is not provided by default and does not explain how to achieve it. not to mention the accessories sketches and the correct plans to choose on which to build them.
the post that you have linked (masses) seems to be based on an opposite philosophy, that is, of the material that would actually be philologically incorrect. . .

It's weird that it's so hard. . .

However as I do not use solidworks to make cam well come the solution of boulders to have a satisfactory geometric reproduction on design.

thank you all for me now

so many hairs

 

[tanticapelli]

Hello everyone

there are almost, it is necessary to do an extrusion above the flat repetition of the base flange (with a thickness reduced to 6 decims + 2.4 mm of extrusion tot 3 mm thick) then fresa.. a little long history... then with moving bodies the corpses are properly milled on the internal faces of the folded sheet.

However the sheet to fold it is necessary to use the creases of sketch and I can not bend all the stems as they were originally (if you drag the bar up before explaining understood as it was the sheet originally... ! ! ! ! ! !

I hope you understand. .

Please help me because I'm losing a lot of time (even in the video I posted above https://www.solidsolutions.co.uk/so...uminium-composite-material-in-solidworks.aspx from which I took the cue it stuck in the bending phase of the sketch... and then he had to move the extrusion bodies. . )

Thank you very much. . .

so many hairs

 

[tanticapelli]

Sorry but the solution placed by massives is definitely leaner and above all without errors in the function tree.
do not ask me in a cam context that sort of result I could get with such a file, but at the moment from this well working and flattenable version (I also want to apply holes with ease) I am more than enough for a correct representation on the design.
Moreover, as the extrusions with independent sform, they may possibly have say "cold" with different angles depending on the angle of the stools.
then with the rotation of the faces I fixed those that should not be milled.

I still remain puzzled about the operation of the sketch bending, I can't understand where I'm wrong.

so many hairs

 

[vmirko]

So many hairs, but do you need to see how dibond or similar diapers come?

 

[tanticapelli]

So many hairs, but do you need to see how dibond or similar diapers come?

Yes exactly, I need to make it a likely representation so that in the design and especially in the sections the dimensional parameters are accurate.