One of our customers was looking to automate its polishing process in his factory However, the surfaces can sometimes be complex to program.Here are 2 videos, I made to explain how the path recording and the FT300 can simplify these complex programs.You will see the first video contains a general demonstration of a UR + FT-300/Active Drive Toolbar going over a flat surface. This video shows the ease of programming of the UR with the FT-300/Active Drive Toolbar over a plane. After the first run, you will see that you can increase the speed.https://youtu.be/0m0WfjTeEu0The second video shows the ease of programming over a complex shape. I was able to then reverse the path after its first run. You can really see the true functionalities of the FT-300. This can then allow for a quick set up when programming, instead of constantly rotating a part with such shape to get all sides buffed.https://youtu.be/HCxrf0pe9JsWhat kind of complex application were you able to solved with the path recording and the FT300?
One of our customers was looking to automate its polishing process in his factory However, the surfaces can sometimes be complex to program.
Here are 2 videos, I made to explain how the path recording and the FT300 can simplify these complex programs.
You will see the first video contains a general demonstration of a UR + FT-300/Active Drive Toolbar going over a flat surface. This video shows the ease of programming of the UR with the FT-300/Active Drive Toolbar over a plane. After the first run, you will see that you can increase the speed.
https://youtu.be/0m0WfjTeEu0
The second video shows the ease of programming over a complex shape. I was able to then reverse the path after its first run. You can really see the true functionalities of the FT-300. This can then allow for a quick set up when programming, instead of constantly rotating a part with such shape to get all sides buffed.
https://youtu.be/HCxrf0pe9Js
What kind of complex application were you able to solved with the path recording and the FT300?