Does it have a low torque setting? My Milwaukee driver had a really low setting that I’m comfortable using when installing my bracketing. It results in a nice snug/tight and not over tightened to the point of breaking anything.
You might find the direction of the cut makes a difference. If you are doing engraving, look at each side if the cut path. One side is climb cut, and the other is conventional. If one side is better than the other, then repeat the path in the opposite direction, and 0.002" offset from the original path, so that the good side is not touched, and the fuzzy part is re-cut in the opposite direction. Depending on spindle speed, the horizontal movement speed might also be worth experimenting. An easy test case is to cut a circle, and see if the inner or outer part of the V cut is more fuzzy than the other. Just changing radius and cutting the circle in the opposite direction, should let you see if you can get better results.
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Great job on the video.
Another amazing PwnCNC product to let you dominate your VFD!!
Dewalt makes an automatic screwdriver with a gyroscope in it. Use it all the time to loosen and tighten clamps.
Does it have a low torque setting? My Milwaukee driver had a really low setting that I’m comfortable using when installing my bracketing. It results in a nice snug/tight and not over tightened to the point of breaking anything.
@@PwnCNC yep.You can even go lower than hand tight.
good stuff, have you cut hdpe with a v bit, with any success? my cuts look fuzzy and unusable
You might find the direction of the cut makes a difference. If you are doing engraving, look at each side if the cut path. One side is climb cut, and the other is conventional. If one side is better than the other, then repeat the path in the opposite direction, and 0.002" offset from the original path, so that the good side is not touched, and the fuzzy part is re-cut in the opposite direction. Depending on spindle speed, the horizontal movement speed might also be worth experimenting. An easy test case is to cut a circle, and see if the inner or outer part of the V cut is more fuzzy than the other. Just changing radius and cutting the circle in the opposite direction, should let you see if you can get better results.
That's a beautiful spindle enclosure above your shoulder there man!