I took the oak and the poplar, and sanded them both with 120, 150, and 220 sand paper). Then I applied conditioner to the oak, and then stained it with a water based "espresso" stain.
I think the contrast between the white and the black wood is obvious and the wood grain looks great.
I took the board to my table saw and cut it up. Laid in a checker pattern, the pieces fit pretty cleanly together.
One difference between working with 1/4" boards, as I am here, and 1/2" board as I did in the past, is that the glue doesn't feel very strong. Maybe I should give it a backing...
There is nothing like gluing together a bunch of finely cut squares together to help you realize that they are not, in fact, squares, but a collection of 1mm-off irregular rectangles. 🫣
OK, starting to make more standardized pieces. I took a pawn experiment I liked and measured the dimensions. Now I'm recreating the pieces.
One challenge: I can't figure out the exact height of the saw blade, so I'm measuring by 1/3rd cranks on the elevation wheel. The base is 0 cranks (no cut), the neck is 5/6, 4/6, and 3/6 cranks, and the "head" is 1/6 cranks.
For a hot minute I thought I'd decorate the margins with an illustrative scene with wire inlay! Big ambitions to do a series of #LordOfTheRings illustrations with copper inlay.
I've landed on much a simpler geometric pattern. More doable.
Drew the inlay pattern on the opposide side of the board (this time using the speed square... yay for having those right angles handy).
You know, woodworking has made me appreciate the real-world implications of my high school #geometry class.
There's something to be said for proofs - if you have a shape, and you know the dimensions of some of those shapes, you can also know the angles of the shape, and the dimensions of other sides.
I was not hammering enough and the wire was somewhat rounded. Because of this I was making wide cuts to fit the inlay, and it bounced around. Because of this I had to use a lot of glue. Lots of hammering. The whole thing was, to say the least, messy.
With thin wire, the sides of the narrow cut grip the wire. It just requires a little glue to keep together!
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