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3D Print EOAT for SCARA SR-3ia

  • ekumar
  • October 18, 2023 at 4:16 PM
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  • ekumar
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    • October 18, 2023 at 4:16 PM
    • #1

    Hello FANUC Forum, I'm here again with another new person question. I am interested in 3D printing End-of-Arm Tooling (EOAT) for the SCARA SR-3iA robot I have. Are there recommended sites or repositories of drawings I could use to 3D print parts?

    I want to setup a simulated dispensary operation. Here is a video link of inspiration:

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    Any help would be much appreciated. Thank you to others who have helped along the way, especially to provide inspiration on the simulated dispensary demonstration.

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    SkyeFire
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    • October 18, 2023 at 5:12 PM
    • #2

    Wait... do you want to use the robot to do 3D printing, or just 3D-print EAOTs for the robot?

  • Nation
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    • October 18, 2023 at 8:34 PM
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    Measure the diameter of the ball screw on J4, then revolve a profile around an axis with that as the size for a hole in the middle, save as .3mf or .stl, and print it.

    Check out the Fanuc position converter I wrote here! Now open source!

    Check out my example Fanuc Ethernet/IP Explicit Messaging program here!

  • ekumar
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    • October 19, 2023 at 7:07 PM
    • #4
    Quote from SkyeFire

    Wait... do you want to use the robot to do 3D printing, or just 3D-print EAOTs for the robot?

    Hi, great question. We want to 3D print EOAT for the robot (the latter)

  • ekumar
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    • October 19, 2023 at 7:14 PM
    • #5
    Quote from Nation

    Measure the diameter of the ball screw on J4, then revolve a profile around an axis with that as the size for a hole in the middle, save as .3mf or .stl, and print it.

    If I used the attached specs I got from FANUC. You're saying create a removable clamp into the 18mm diameter that can fit around the 20mm diameter. A hole in the middle can then be used to put a vial (separate attachment) to what is 3D printed.

    Sorry, I want to make sure I go through this process correctly.

    Files

    Spindle Diagram for EOAT.pdf 67.38 kB – 9 Downloads
  • Nation
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    • October 19, 2023 at 7:51 PM
    • #6

    Since it is for demonstration, I probably wouldn't bother with a clamp. Just size the J4 hole so that it is a very light press fit. Friction would keep it in place.

    If you wanted to be fancy, you could do a clearance hole for J4, and then a hole from the side, and clamp to the flat on J4 with a cap screw.

    Check out the Fanuc position converter I wrote here! Now open source!

    Check out my example Fanuc Ethernet/IP Explicit Messaging program here!

  • ekumar
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    • October 19, 2023 at 9:43 PM
    • #7
    Quote from Nation

    Since it is for demonstration, I probably wouldn't bother with a clamp. Just size the J4 hole so that it is a very light press fit. Friction would keep it in place.

    If you wanted to be fancy, you could do a clearance hole for J4, and then a hole from the side, and clamp to the flat on J4 with a cap screw.

    Thank you! When you say "size the j4 hole" do you mean the 20 mm diameter hold (referencing the attachment in my previous post). I understand conceptually what you're saying but trying visualize it all together. Thank you so much for the patience!

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    • October 19, 2023 at 11:17 PM
    • #8

    Yep, the 20mm shaft size.

    Check out the Fanuc position converter I wrote here! Now open source!

    Check out my example Fanuc Ethernet/IP Explicit Messaging program here!

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