This is totally wrong. If you use the Festool Error Calculator and plug in those number .482 and .413, along with the length of the piece, 7" approx, the calculated error is -.141, which is way out and not close to the .016 acceptable standard. You should. be able to get very close to 0 error, I stopped at .003 with my Kapex. An easy way to know you are getting close is that last cut the piece should look perfectly even and the calibers should be used to determine the actual difference. That last piece in the video is way out, no need to even use calibers.
@mvred1006 жыл бұрын
Good video. I have a Kapex and Extractor however, my extractor vac doesn't stay on that long. How did you modify yours to stay on longer?
@floridawoodworker
4 жыл бұрын
I was wondering the same thing! Guessing not a Festool vac.
Пікірлер: 4
This is totally wrong. If you use the Festool Error Calculator and plug in those number .482 and .413, along with the length of the piece, 7" approx, the calculated error is -.141, which is way out and not close to the .016 acceptable standard. You should. be able to get very close to 0 error, I stopped at .003 with my Kapex. An easy way to know you are getting close is that last cut the piece should look perfectly even and the calibers should be used to determine the actual difference. That last piece in the video is way out, no need to even use calibers.
Good video. I have a Kapex and Extractor however, my extractor vac doesn't stay on that long. How did you modify yours to stay on longer?
@floridawoodworker
4 жыл бұрын
I was wondering the same thing! Guessing not a Festool vac.
First calculation equals .69. Nice