How about a technique based on turning? Quarter the result for your 4 corners? Too big? I saw your office glueup, you could do it! : )
How about a technique based on turning? Quarter the result for your 4 corners? Too big? I saw your office glueup, you could do it! : )
Here's a clue for your:
I'd do the corner by rough cutting it on a bandsaw and then use a pattern with either a router table with a long straight bit, or a shaper with a tall straight cutter to shape the inside and outside of the curve. You can get an idea of how here --
From looking at the top edges a stair tread shaper cutter could be used for both the straight and curved sections on a shaper or a similar cutter on a molding machine.
And, as everyone knows well, anyone who likes shuffleboard has all the time in the world to work on it. Old retired farts, wot?
-- Creativity can solve almost any problem. The creative act, the defeat of habit by originality, overcomes everything. -- George Lois
original photo Kevin provided, the profile below would fit right in with your above, and also with dadiOH's suggested method.
The bevels for the sides can be cut on the table saw @ +/- 75 degrees, then using 1/2" round over bit for the top and bottom,and the bevel cut waste faired with a sander/belt sander:
Meant to add, before joining the corner blocks and sides for either the
1/2" round over/stair tread bit, that the same 75 degree bevel can be cut on the top and bottom outside radius of the corner block on a band saw, with either the table angled, or a jig that will hold the corner block at the same angle.
your templates and now it's time to for me to get busy!
Kevin
And John Grossbolin and Gerald Ross ...
Might take a few tweaks, but, with the less radical curve profile, it is certainly something to consider.
When you get it done post some photos. Have fun!
I don't own a lathe so I don't think along those lines, but I can see how a hollowed "vase", with that profile on the outside radius, and with the same wall thickness as the sides, then "quartered", would probably do it.
Good thought ...
A William & Hussy and a set of full-width knives and a arched bed will do this easily but the set-up will be pricy. One could do this in two passes as the W&H is open-sided. At $14K per job one could justify a W&H. (Do they still make them? I go look)
In fact they still do make those. Problem solved. (Mmmmm would that make a nice addition to my collection of toys//^^^^tools?
For a one time run of four corners, and if you have access to a lathe and can turn most of it like a vase and then cut out the bottom with a jig saw, this how your idea would work.
It would be interesting to see if a lathe is used by the company in question.
It's funny, and understandable, at how you tend to look at only those solutions that can be accomplished with the tools you own. I would never had considered this solution without owning a lathe.
Well done, sir! :)
I own a lathe and I wouldn't consider it either. Easier to do by hand :)
Gosh thanks. And thanks for sharing the SU drawing and the rest of your post too!
I'm not sure what I would do if a cross-section had an interior arc. I think I would leave most of the interior solid, so that, after quartering, I could use the TS to maketwo non-through cuts to each "quarter", leaving interior vees of 90 degrees for simple installation. The result would NOT look just like in the "manufacturer's picture, but according to the web site, they "mill" the corners--which I guess implies that they use CNC machinery. Being a Shuffleboard game salesman must be a tough gig these days and I am certainly not adding the project to my list--but doing this was fun! Now a *pool table*, I might contemplate... ; )
I just saw the following "Craps Table" project, and it reminded me of this problem we were discussing:
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