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Plywood and plexi and molding oh my!
Numbski:
This should be simple, but it isn't - sorry.
Okay, so I'm rebuilding my control panel. Again. Last time I did this wrong, and I want to do it right this time.
What thickness of each do I use? I remember seeing that 3/4 plywood is really something less than 3/4, so if I use 3/4" plywood, and 1/8" plexi, and use 3/4" T-molding, I wind up with plexi that sticks out the top about 1/16" or a little more.
I want to do one of two thing:
1: Have the T-molding fully cover both the wood and the plexi edges (I've seen some REALLY nice panels done this way).
2: Have the T-molding fully cover the wood, and then either partially or not at all cover the plexi, and then take a roundover router bit and round the corners.
I can't do the second now, because 1/16" isn't enough to work with, and I was really going for the first. So how do I do this? :(
javeryh:
3. Offset the slot so the t-molding will cover the plexi and all but 3/32" or so of the plywood (i.e. cut the slot above the centerline of the plywood). Then use a beveling bit (NOT a roundover bit) on the bottom of the plywood set to 3/32" or whatever isn't covered. Paint the bottom of the plywood black. No one will ever know that the t-molding doesn't actually cover the entire edge.
Numbski:
So I'm right then? 3/4" plywood, 1/8" plexi, and 3/4" T-Molding?
Franco B:
Yeah, your right.
Here's a pic from mountain from a similar thread.
--- Quote from: mountain on May 12, 2008, 12:25:11 pm ---Here is a shot I took when I was building my control panel. i used 3/4" MDF so I had to bevel the bottom edge. You can't even tell it is done this way unless you bend down and look up at it.
--- End quote ---
AtomSmasher:
--- Quote from: Numbski on October 30, 2008, 11:19:58 am ---So I'm right then? 3/4" plywood, 1/8" plexi, and 3/4" T-Molding?
--- End quote ---
Or you can do it the way it says in the Project Arcade book (which is the way I did it) and use 5/8'' plywood, so the total of the plywood and plexi is 3/4'' making it the perfect size for the t-molding.
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