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Cutting Board Finger Holds

18K views 7 replies 5 participants last post by  rrrun  
#1 ·
I'm looking for a horizontal cove bit to cut a finger hold on the edges of a cutting board.

Another technique is to use a standard vertical bit and hold the board vertical above the router table surface, using an oversized fence to keep the board steady. So that's one way ... but I like to do my routing with the work piece on the table, not vertical to it.

This would be similar to the small bits offered by many that do canoe joints ... but those bits have a 1/8" radius on the cutting edge. I would rather have a 1/4" or 3/8" radius.

I can't find the bit I'm looking for. Any help?
 
#2 ·
I can't remember seeing them in larger sizes. Maybe they are available in shaper bits. If you go vertical I would clamp a 2x4 (or thicker) to the table to keep the board wedged tight against the fence. This will give you a straight groove and protect your fingers. I would nail stops to the 2x on either side of the bit so that you could rock the cutting board down onto the bit and rock it up and off the bit at the end of the cut.
 
#3 ·
how about a raised panel...
cut..
flip the board over and recut...

ball bit???
 
#4 ·
#5 ·
I can't find my pictures but I did that with a cove bit mounted in a plunge router. I made some supports that were clamped to each side of the board. Then I carefully measured and screwed a pair of "stops" onto the two supports.

Now that I think about it, I think I used a guide bushing with the cove bit.

That worked out perfect. I was able to plunge cut the cove and move the router until it hit the stops.

I still have that jig. See pic below.
To hold the board steady, I clamped in into a vise.

Hope this helps.
Mike
 

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#6 ·
WTB that jig and a ball bit would work out well...
 
#7 ·
Routing finger grips

Henry

Don't shy away from holding a workpiece vertically on a router table. A tall fence, a second fence and two stops provide all the control you need for safe and accurate routing. See my attached photo - I call this setup a 'corral'. I use a 3/4" diameter corebox bit and take multiple passes including a very fine final pass
 

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