• CAM & Milling Workshop

    Discover and use FUSION 360 to machine a scaled-down F1 model.

  • Access the supporting documents:

    The documents are hosted on a drive. To always have the latest updated version, we recommend always accessing them through this webpage or when starting the workshop.

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    Workshop Topic:

    https://docs.google.com/presentation/d/1ekwDj2mvsFeS4DefUoaNJZ6EW0fPLIE3qf-EaGubhZg/edit?usp=sharing

  • SUPPORTING VIDEOS

    Des vidéos pour compléter le support PDF, vous corriger et vous aider à aller au bout de l'exercice.

    Pour chaque vidéo, n'hésitez pas à vous référer aux timecodes présents dans la description de la vidéo ou le sujet du TP.

    PART 1 - CAM with FUSION 360

    PART 2 - Machining on machine

    PART 3 - Setting Offset & G54

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    For the trainer

    Below, you will find the documents necessary to set up the workshop at your location.

     

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    CAD Assembly and Machine Option (Blowing)

    We recommend assembling it with steel; aluminum can work, but students tend to damage it by tightening too hard.

     

    The blowing system should be 3D printed, and the nozzles can be printed or machined.

     

    A V2 of the assembly will be available by summer for better clamping. Students tend to lift the raw material by overtightening.

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    CAD Car and Corrected Programs

    The student CAD file is in STEP format and should be placed in a folder named "CAM Workshop - FUSION 360" on the desktop of the PC.

     

    A "correction" file in .F3d format (as seen in the video) is available in the archive, along with 2 functional programs on the desktop (Check cutting conditions according to your tools and materials).

     

     

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    Raw Material, Wheels, and Other Useful Supplements

    We recommend a RAW MATERIAL of 146 x 50 x 30.5 in PVC. We cube our own raw materials, so we have flexibility with dimensions. However, you can change the raw material and adjust the configuration (CAM) accordingly. Please be aware of the limited Z height on the DESKTOP.

     

     The WHEELS, 3D printed, enhance the final appearance of the scaled model.

  • To contact us:

    If you have any questions or comments, please feel free to email us at: ghc-campus-lyon@ecam.fr.

     

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