Drawing a room with multiple configs

Hi all

I'm going to have a bit of a hot drawing to do...

I have a room that uses the "room family" feature to manage its different configurations (102 to be exact :scream:).
I found a macro that outputs all DVPs in DXF for laser cutting, :ok_hand:.

And then I say to myself: no, I'm not going to do the folding MEPs one by one :face_with_symbols_over_mouth:.

Has anyone ever done this kind of manipulation?
SheetMetalManufacturing only takes the active config into account, unless I missed an option...

Otherwise, an assembly with 102x my part in each config and mill with SheetMatalManufacturing.

If you have simpler, I'm also :grinning:interested.

Have a nice day.

Hello a.eriaud,

Here may be a solution to your problem =>CAD 1 - Drawing of a family of parts - Solidworks - Tutorial - YouTube
and check this out too =>CAD 1 - Automatic part family drawing with macros - Solidworks - YouTube
Good luck.
@+.
AR.

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Hello @A.R ,

Thanks for the links, I'll look at it tomorrow.
In fact, after analyzing the dimension table provided by the customer, it's a little simpler.
The 102 pieces are grouped into 4 large families, so only 4 pieces to make with each their family.

Kind regards

Hello

I don't know if it can help because it's not automatic but faster than doing the shots one by one. On my side I have parts with a dozen configurations or generally only a few dimensions changed and all the parameters (reference, N Part, MP, finish and weight). In this case I create a drawing with the first part then I copy the sheet and glue it last it creates a Folio 2 and I just change the configuration on folio 2 and everything follows normally (parameter, dimension...)

Kind regards

Hi all

Well, I managed to get through it...

Thank you @A.R for the links, it was very interesting.
Thank you @q.nassoy , I almost did it like that...

In short:
Step 1: Manage the part families with the customer's dimension table
Step 2: find a macro that exports the flat part in each of the configs (in PJ)
dxf-config.swp (33.5 KB)
Step 3: create an assembly with the part in each of its configurations
Step 4: SheetMetalManufacturing mill for the MEP in the unfolded state of each config.

Thank you again and have a good day.

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