 Here
is the pair of end tables together. This photo is to prove that I really did
build two. Each table has over 500 pieces of wood. |
 And of
course, the matching coffee table. Yes! These tables are wild, artsy to the
extreme, and they are definitely NOT for those who dislike multiple wood
pieces of furniture. May they at least enjoy the construction process. |
 I
started by prepping and re-sawing all the necessary maple and boire veneers.
This is a bunch of stickered and clamped boire. |
 All
the patterned veneers for the raised panels were sliced from glued up solid
blocks of boire and curly maple. |
 Just
like the larger shop sawn veneers, these were sliced and sanded to 1/16. I
cut several extra, just in case. |
 The
MDF substrates for the raised panels in all the aprons were beveled at 12
degrees and the beveled edges were veneered with commercial figured anigre
veneers that I had in stock. |
 I
glued the patterned veneers to the panels using yellow glue and a fixture to
hold the veneer centered on the face of the panel while it was clamped. Then
I made another template as a router guide that the panel slid into firmly,
and I routed the 1/8 grooves to hold the miniature 1/8 bullnosed
cockbeading. After mitering these tiny moldings by hand, I glued them into
their grooves. |
 The
framework for the panels is cross-banded boire and a rounded over 5/16
bead of wenge. I made this by edge gluing large sheets of the boire to the
substrate and then sliced the strips across the grain of the boire veneer.
Then the strips of wenge were made by first using a roundover bit on both
edges of a piece of solid wenge at the router table, and then ripping off
the 5/16 strips. They were then glued to the veneered boire strips.
Finally, on the table saw, I cut a 1/16 rabbet on the wenge so the
roundover portion actually overlapped the delicate edge of the commercial
veneer on the panels edge. |
 I set
up stop blocks on my 45 degree miter sled and cut all the apron panel frame
pieces. I used a band clamp to set the glued framework and then placed
additional clamps to ensure good contact all around. |
 The
anigre leg stock was purchased as 8/4 lumber and my attempt to re-saw this
stock down to the desired 4/4 thickness on my band saw resulted in two very
dull, $200.00 carbide re-saw blades in one 20 long cut! This is what they
call high silica content. Wow! I wound up using my nasty looking 18T flat
top ripping blade and got through it OK. |
 I
beveled all the leg parts (using the same blade) and taped them for the glue
up. |
 I
glued the edges, rolled them up, and used band clamps and cauls for good
pressure. |
 These
legs will get four sided tapers, so I did as much milling as possible before
doing the tapers. Here you see the cove being cut on the router table, the
dadoes for the moldings on the bottom and just above the cove, have all been
cut. All the mortises for the aprons have been completed at this time also. |
 The
bottoms of all 12 legs have been plugged with anigre blocks, the outer two
faces of all the legs have been routed in the upper portion for the inlaid
mini raised panels. |
 The
drawer fronts were made just like the apron panels except the veneers were
laid up on sold mahogany. The half-blind dovetails are inlaid with Peruvian
walnut, and the sides are white poplar. I veneered the drawer bottoms with
figured anigre. |
 Next,
I built a sled to taper the legs on the big planer with the Byrd Shelix
head. To accommodate both lengths of legs and a four sided taper, I made it
to be able to add blocks to change the taper angle, and a screw clamp so it
would be held against stop blocks. |
 After
the tapers were cut, I made this router template to cut the recesses for the
angled herringbone boire inlays. These had to be cut on all four surfaces of
all twelve legs. |
 To
make the herringbone inlays, I edge glued strips of boire cut at about 45
degree angles. They were tapered and trimmed to fit, on the table saw. |
 All
twelve legs are inlaid and ready for the mini-panels to be glued into the
upper recesses. Every recessed border will be finished off with Ό, by Ό
round, wenge molding. |
 The
mini panels that get glued into the upper leg blocks were made exactly like
the larger panels. They have beveled edges and are veneered with anigre,
they had one solid center piece of boire, and it is bordered by a tiny,
1/16 bullnosed cockbead, set in a 1/16 groove. Here the finished panels
are being glued into the recesses. |
 After
making all the quarter round wenge molding, I mitered everything to fit on
the table saw using clamps and stop blocks. The 45 degree cuts on the upper
moldings were pretty easy, but because of the tapered legs, the moldings for
the bottom inlays were a much different set of angles. |
 I
used a bunch of mini spring clamps to glue the moldings in place. |
 The
coffee table aprons were end glued together and then these three panel
assemblies, as well as all the single panel aprons, were glued to a ½
Baltic birch plywood backer board. Mortises were then cut in the ends with a
router for the mortise and loose tenon construction. |
 The
top has a ½ wide wenge-maple-wenge banding. I made this by milling a flat
piece of wenge at the ½ thickness and then ripped a 1/8 kerf in both
edges. I glued a 1/8 thick slice of maple veneer in both kerfs. |
 Then
I sliced off the banding at 1/16 thick and sanded smooth. |
 I
taped and edge, glued all the 1/16 thick shop sawn veneers together for the
tops. |
 I
used mahogany backer veneers on the undersides of the tops. This end table
top is right out of the vacuum press. |
 The
table tops were bordered and profiled with Peruvian walnut. Then I milled
the profiles for all the moldings and the inlaid beading out of Peruvian
walnut, and then fit, mitered, and glued them into place. |
 Here
are a couple of detail shots. This one is of the table top's mitered
corners. The outer veneer between the Peruvian walnut border and the wenge
banding is shop sawn, figured anigre that I cut from a beautiful piece of
4/4 stock. I did my best to bookmatch as many of the corners a possible. |
 And
finally, this one shows the corner block and leg in detail. |