mirror sheetmetal components and insert bends terror

Discussion in 'SolidWorks' started by JJ, Sep 28, 2005.

  1. JJ

    JJ Guest

    Hi all,

    I have to create a left-hand version of a sheetmetal part, but after
    creating the mirror-part I can't insert bend, because errors are
    created in the bends.

    We have got a not-so-nice-but-working workaround (mirror in the
    right-hand body in the part and delete the right-hand body), but that's
    not a nice way to work because you have to save the part as a copy.
    This removes all references to the right-hand part. We prefer not to
    use configurations, because of the PDM system ;-).

    Can any of you share your experiences???

    Kind regards,

    JJ
     
    JJ, Sep 28, 2005
    #1
  2. JJ

    Jean Marc Guest

    Here we treat unfolded parts as configs of the part. So if you create the
    mirror after having made the unfolded configs of your part, SW will make a
    mirror part with the same configs as your base part. (from SW2004 at least),
    and you won't have to insert bends.
    Each config is the mirror of the same config in the base part.

    If you use the 'old' Sheet metal method (geometry, insert bends at the end),
    you can make a 'no sheet metal' config of your base part, and use it in the
    mirror.

    Hope I am clear enough.
    JM
     
    Jean Marc, Sep 28, 2005
    #2
  3. JJ

    CS Guest

    The problem with this approach is the mirror part doesn't have bend
    lines so you are left wondering where the bends are supposed to be.
    This is why you want to insert bends in the mirrored part. Especially
    when the Right Hand body has some minor mods. I would suggest checking
    the settings on the sheetmetal features Thickness, k-factor and such.
    If these aren't identical you can run into problems with blank sizes
    not matching and possibly failed bends.

    Corey
     
    CS, Sep 28, 2005
    #3
  4. JJ

    Jean Marc Guest

    Well, all that I described works here because I still use the 'old' sheet
    metal method, and that's one of the reasons I stick with it.
    'old' sheet metal method: I mean geometry first, insert bends at the end.

    JM
     
    Jean Marc, Sep 29, 2005
    #4
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