Dan Case
PRO Member
I need to make a footed (elevated) cake plate as a special gift for my daughter. I've had a wild haired-idea of building one using stacked rings, but I've read a few things lately that have led me to question whether that will work structurally in the long term. Here's what I'm looking at doing:
Each ring has 12 segments. The top and bottom "rings" are pie-shaped segmented discs with the centers plugged. I have in mind running a dowel from the bottom to the underside of the top just to aid in alignment and keep everything centered. The top is about 12" across, which doesn't leave much room for error (12 1/2 is the limit for my lathe). I've shown the middle rings as the same size simply because it will be easier to cut that way. My plan is to build all this from one extremely nice 4/4 Cherry board (6" wide, 8' long) that's been in my wood rack for about 14 years waiting for a special occasion.
My area of concern is the pie-shaped segmented discs. I've read some authoritative commentary that suggests that the glue joints in these discs will likely fail in time with the normal expansion and contraction of the wood. I obviously don't want to build it if its destined to fail.
What do y'all think? Is there a better way for me to approach this?
Thanks!
D.
Each ring has 12 segments. The top and bottom "rings" are pie-shaped segmented discs with the centers plugged. I have in mind running a dowel from the bottom to the underside of the top just to aid in alignment and keep everything centered. The top is about 12" across, which doesn't leave much room for error (12 1/2 is the limit for my lathe). I've shown the middle rings as the same size simply because it will be easier to cut that way. My plan is to build all this from one extremely nice 4/4 Cherry board (6" wide, 8' long) that's been in my wood rack for about 14 years waiting for a special occasion.
My area of concern is the pie-shaped segmented discs. I've read some authoritative commentary that suggests that the glue joints in these discs will likely fail in time with the normal expansion and contraction of the wood. I obviously don't want to build it if its destined to fail.
What do y'all think? Is there a better way for me to approach this?
Thanks!
D.