Instance is legitimate for: e-Sequence Software program model: 5.6.0.90886

Word that older or newer software program variations might behave in a different way.

This instance can be utilized for e-Sequence solely. Program information can be found for obtain on the backside of the web page.

We’re going to arrange a mock-up shelling out demo proven on this video.

Please put together the next gadgets for this demo

  • A UR3e robotic securely mounted on a desk
  • A shelling out head from Fancort Industries (licensed UR+ Associate)
    • Or another pointed end-effector that matches on a UR3e robotic
  • A UR brand sample printed on a Letter measurement paper
    • UR_Logo.PDF connected under
  • A G-code toolpath file similar to the UR brand sample
    • UR_Logo.nc connected under
  • Program and Set up information
    • Program: Tabletop_Demo.urp
    • Set up: Tabletop_demo.set up

Please discover ways to do the next earlier than transferring on. Seek advice from the Polyscope consumer handbook for detailed directions

  • Import Program and Set up information
  • Configure a TCP
  • Create and edit a Airplane characteristic
  • Set a MoveJ waypoint

Setup Process

1. Mount the UR3e robotic to a desk securely.

  • Improve to Polyscope 5.6 or above. Please obtain the installer from this web page: https://www.universal-robots.com/obtain/?choice=41809#section41493
  • Observe the directions to register the robotic to activate the embedded Distant TCP & Toolpath URCap. (Hamburger Menu -> Settings -> System -> URCaps)
    • Step 1. Sign up at universal-robots.com/activate
    • Step 2. Obtain the registration file to your USB drive
    • Step 3. Plug your USB drive into the educate pendant and faucet Activate to load the registration file

  • Depart sufficient area for a Letter measurement paper subsequent to the robotic.

2. Print out the UR brand on a Letter measurement paper to its precise measurement.

  • Double test the most important dimensions of the printed sample match the marks.

3. Tape the UR brand sheet subsequent to the robotic base.

  • Make sure that the entire sheet is inside the attain of the robotic.
  • Within the video above, the origin of the UR brand sample is situated at (-242.9, 86.7, -11.7) within the robotic base body.

4. Obtain the connected Program and Set up information to your USB drive and import them into Polyscope. Open the Program file.

5. Choose Common TCP Toolpath Strikes within the Distant TCP & Toolpath URCap and undergo the embedded directions to know the workflow.

6. Connect the Fancort shelling out head or your personal pointed end-effector to the robotic device flange.

7. Reconfigure the TCP named TCP_Dispenser utilizing the wizard in Polyscope.

  • Observe Step 3/8 within the embedded directions. Make sure that the Z-axis of the device is perpendicular to and pointing away from the half floor. In our instance, the Z-axis of the device is pointing straight into the device flange, so we set Ry to be -180 levels (-3.1415 rad).

8. Obtain the G-code toolpath file named UR_Logo.nc to the basis listing of your USB drive and import it into Polyscope.

9. Retrain the Airplane characteristic named PCS_Logo.

  • Observe Step 4/8 within the embedded directions.

  • The origin of the PCS is situated on the backside left nook of the UR brand. The X- and Y-axes are alongside the 2 edges.

10. Go to Program. Set WP_Home to be someplace above the UR brand sheet.

11. Make sure that the proper TCP, PCS, and Toolpath file are chosen.

12. Run this system at a low pace to confirm the movement is anticipated.

To discover ways to create this demo from scratch, please watch this step-by-step tutorial video.

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