Autodesk Inventor CAM: A Close Look at 4-Axis Machining

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  • Опубликовано: 25 авг 2024

Комментарии • 9

  • @johnspathonis1078
    @johnspathonis1078 Год назад +1

    Thank you!! Very clearly explained. Cheers 🙂

  • @dend9566
    @dend9566 2 года назад

    Really great 4-axis tips and tricks, makes my Inventor CAM much more usable. Big thanks.
    Video about flow and blend would also be nice.

  • @tarumph
    @tarumph 2 года назад +1

    The circumference of a cylinder is 2*pi*r, not pi*r^2. It's apparent that you used the correct formula in the model.

    • @InDaBarn
      @InDaBarn 6 месяцев назад

      This only works because the radius is 2. 2pi*2 is the same as pi*2^2.

  • @stevecarlisle3323
    @stevecarlisle3323 6 месяцев назад

    I am under the impression that Inventor Cam only works when you have their Cad suite, but you are saying it works with Fusion 360 and SolidWorks. Could you explain a little on that topic.
    Thanks for all the videos. 🇨🇦

    • @Hagerman
      @Hagerman  6 месяцев назад +1

      InventorCAM requires the Autodesk Inventor software. InventorCAM sits inside of Inventor.
      Fusion 360 is a different piece of software that includes a “Manufacturing” workspace for machining functionality very similar to InventorCAM.
      The Autodesk Product Design and Manufacturing Suite includes both of these tools.
      The Autodesk SolidWorks solution is called HSMWorks. This is also an Autodesk CAM solution but sits inside of SolidWorks. In order to gain access to this software you must purchase the Fusion 360 Subscription.

    • @stevecarlisle3323
      @stevecarlisle3323 6 месяцев назад

      @@Hagerman Thanks very much for your explanation.

  • @dend9566
    @dend9566 2 года назад

    I have a question,
    For Setup 2 in the file 3-Side Pocket, what is selected for the wrap cilinder? the second solid?

  • @NielPatel
    @NielPatel Год назад

    how to warp a tool path on cone