Festool Domino Mortises
32
Joinery
domino_04_11.svg
domino_04_11+4.svg
domino_04_11+6.svg
domino_04_115.svg
domino_04_12.svg
domino_05_13.svg
domino_05_13+03.svg
domino_05_13+10.svg
domino_05_13+4.svg
domino_05_13+6.svg
domino_06_13.svg
domino_06_13+10.svg
domino_06_13+4.svg
domino_06_13+6.svg
domino_08_13.svg
domino_08_13+10.svg
domino_08_13+4.svg
domino_08_13+6.svg
domino_10_13.svg
domino_10_13+10.svg
domino_10_13+4.svg
domino_10_13+6.svg
domino_test_shaper.svg
Festool Domino Router, 4mm-8mm Spiral Upcut Router Bits.
This project provides SVG files for routing Domino holes by path routing. It's important that those templates are NOT meant to use them for area routing! After fiddling around what's the best way to route domino holes i came to conclusion that path routing works the best and is the easiest way to place and execute those holes. I first started with area routing templates so that the holes can be routed by every router bit less or equal the size of the hole but it turned out not being very convinient, fast and accurate. So i turned to path routing templates which is much faster with the big advantage the auto path function can be used and you have to move the route much less. The drawback is that you have to use the exact router bit size. I recommed using spiral upcut bit of course. 4,8 and 10mm templates may also be uploaded in the future. Happy dominoing! (Sorry Prof_Snipe, my way is the better way ;-) )
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