Derek Cohen
06-03-2018, 1:25 PM
Part eight - I think that this is the 7th weekend of the build. The plan is to start building the drawers, or at least have a plan for the drawers. There is not as much time available this weekend as I would have liked.
First, I needed to complete the drawer sides. About one half of the sides prepared were glued from two sections. The joins needed to be smoothed to leave each side appearing seamless.
I started out using a scraper ..
https://s19.postimg.cc/4mhko1mtv/1a.jpg
.. and ended using a smoother, which was quicker. The smoother was set to take extremely fine shavings - which came off like fine hair - as I did not want to remove any more of the 1/4" thickness than absolutely necessary (the boards began a smidgeon over 1/4", and so ended up close to dammit) ..
https://s19.postimg.cc/oh3ma576b/1-3a.jpg
The sides were jointed square on two sides ...
https://s19.postimg.cc/gblkc0t83/2-1a.jpg
https://s19.postimg.cc/5orr6kxxf/2a.jpg
... and then fitted to the cabinet ...
https://s19.postimg.cc/4z8yu7hyb/3a.jpg
It took most of Saturday, but finally ...
https://s19.postimg.cc/hdvquk4bn/4a.jpg
Sunday afternoon arrived and I was back in the workshop. The goal here was to see if my devilish plan for dovetailing curved drawer fronts would work. The following is a test, so let me know what you think and whether you can come up with an easier strategy.
Each row of drawers with be made from a single black walnut board, and so the figure will flow without interruption. Actually, the boards used made two rows each, and all the drawer fronts will come from the same original board.
For now I am using a scrap to test the method. Briefly, the drawer front will remain flat until the sides are dovetailed on, and the curve will be added later.
The first task is to fit the drawer front into the drawer opening, and this requires that the sides are mitred. This was done on the table saw ...
https://s19.postimg.cc/z3xffkur7/5a.jpg
This is the fit into the drawer opening ...
https://s19.postimg.cc/q8wl538jn/6a.jpg
The curve can be added by sliding out the drawer front and tracing along the drawer blade ...
https://s19.postimg.cc/5c0d0fi8j/7a.jpg
https://s19.postimg.cc/bcy1xickj/8a.jpg
That will be shaped later. For now the challenge is two-fold: firstly, the mitres complicate how the dovetails will join the two parts. In the photo below, what will happen if the walnut receives sockets (as in half-blind dovetails), the tails will extend over the drawer front and into the drawer.
https://s19.postimg.cc/netfrntir/9a.jpg
The solution I came up with was to mitre one side of the drawer front, and rebate the other side ...
https://s19.postimg.cc/xc4gkqo9v/12a.jpg
I concentrated on the mitred side today as this is the more difficult of the two.
The first step was to mark the width of the drawer side ...
https://s19.postimg.cc/6r1xp66gz/10a.jpg
The second was to use edge planes (these are by LN) to add a mitre that was square with the angled side ...
https://s19.postimg.cc/bppg3phzn/11a.jpg
First, I needed to complete the drawer sides. About one half of the sides prepared were glued from two sections. The joins needed to be smoothed to leave each side appearing seamless.
I started out using a scraper ..
https://s19.postimg.cc/4mhko1mtv/1a.jpg
.. and ended using a smoother, which was quicker. The smoother was set to take extremely fine shavings - which came off like fine hair - as I did not want to remove any more of the 1/4" thickness than absolutely necessary (the boards began a smidgeon over 1/4", and so ended up close to dammit) ..
https://s19.postimg.cc/oh3ma576b/1-3a.jpg
The sides were jointed square on two sides ...
https://s19.postimg.cc/gblkc0t83/2-1a.jpg
https://s19.postimg.cc/5orr6kxxf/2a.jpg
... and then fitted to the cabinet ...
https://s19.postimg.cc/4z8yu7hyb/3a.jpg
It took most of Saturday, but finally ...
https://s19.postimg.cc/hdvquk4bn/4a.jpg
Sunday afternoon arrived and I was back in the workshop. The goal here was to see if my devilish plan for dovetailing curved drawer fronts would work. The following is a test, so let me know what you think and whether you can come up with an easier strategy.
Each row of drawers with be made from a single black walnut board, and so the figure will flow without interruption. Actually, the boards used made two rows each, and all the drawer fronts will come from the same original board.
For now I am using a scrap to test the method. Briefly, the drawer front will remain flat until the sides are dovetailed on, and the curve will be added later.
The first task is to fit the drawer front into the drawer opening, and this requires that the sides are mitred. This was done on the table saw ...
https://s19.postimg.cc/z3xffkur7/5a.jpg
This is the fit into the drawer opening ...
https://s19.postimg.cc/q8wl538jn/6a.jpg
The curve can be added by sliding out the drawer front and tracing along the drawer blade ...
https://s19.postimg.cc/5c0d0fi8j/7a.jpg
https://s19.postimg.cc/bcy1xickj/8a.jpg
That will be shaped later. For now the challenge is two-fold: firstly, the mitres complicate how the dovetails will join the two parts. In the photo below, what will happen if the walnut receives sockets (as in half-blind dovetails), the tails will extend over the drawer front and into the drawer.
https://s19.postimg.cc/netfrntir/9a.jpg
The solution I came up with was to mitre one side of the drawer front, and rebate the other side ...
https://s19.postimg.cc/xc4gkqo9v/12a.jpg
I concentrated on the mitred side today as this is the more difficult of the two.
The first step was to mark the width of the drawer side ...
https://s19.postimg.cc/6r1xp66gz/10a.jpg
The second was to use edge planes (these are by LN) to add a mitre that was square with the angled side ...
https://s19.postimg.cc/bppg3phzn/11a.jpg