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Jewelry Box Build With Pics..

9.3K views 67 replies 26 participants last post by  jlord  
#1 · (Edited)
Harry and some others suggested that the next project include a how-to with pictures, so here goes...

I'm making a jewelry box for my wife from Purpleheart and figured Maple. I'm not sure what I'll use for the top yet. I'm gonna wait to see what the final dimensions are and what's available before deciding on that.

Today I started with building the base, which starts as 4 pieces of curly Maple, 3/4" x 1"


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Before the pieces are cut to final size I need to do some milling. First I need to cut a rabbit on the inside of the top of all the pieces to accept the base panel. I used a 3/4" straight bit and the router table

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Next, I need to route a chamfered edge on the top outside edge of each piece. I used a 45deg chamfering bit in the router.

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With those two things done I can miter cut the four pieces to finished length.

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The next step is to form the radius that will become the feet. I use a 3/4" brad point bit in the drill press and set the distance to the end of each piece with a stop block. I then flip the piece end over end to make the two holes needed on each piece.

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With that done I need to rip the four pieces to final height which will be 3/4"

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Once the pieces are ripped I can set up the band saw to remove the excess material between the drilled holes, and form the feet.

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Here are the four base pieces.

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With that done the next step is to drum sand the pieces to remove the marks left by the band saw.

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Next, I'll assemble the base. I use blue painters tape and tape off the four pieces where the miters meet.

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Then I turn the assembly over to glue.

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When I fold the pieces around in a rectangle the blue tape stretches and hold the miters tight. Then I just glue in a plywood panel that I cut previously, to fit into the rabbits that were cut into the base pieces. The plywood panel helps hold the base assembly square.

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Finally, and this is really high tech, I put a paint can on top of the plywood panel to hold it until the glue sets.

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Well that's it for this installment. I should be recieiving my Purpleheart in a few days and I'll start on building the carcass. Thanks for checking it out...
 
#2 ·
Nice job: Makes it so much better when you can show it. I have tried it, and i don"t do to well, Mine end up boring people, Not yours. I like the can clamp. I have a few of those as well. Last glue-up, rubber bands were great. Thanks, Joe!
 
#5 · (Edited)
This is great, Joe! Nice work.. and inspirational!

Now that I'm fixing to start fabricating the first few pieces for my RT cabinet, I need to get my cam charged up. After all, I promised Harry... <g>

I look forward to seeing your purpleheart work! :)
 
#7 ·
Good job man, you can give many of us lessons in how to do a presentation.
 
#10 ·
Thanks for the nice comments. Please feel free to offer any critiques, positive or negative.
As for the bit, yeah I have a set of brad points that go up to 1". I got them as a set a few years back and they're always the first one I reach for. I do have Forstners as well. These Brad points have a similar cutting style as the Forstners and leave a nice clean hole.
 
#11 · (Edited)
Part 2 The Carcass

My Purpleheart arrived so I got started constructing the carcass. Using the dimensions of my base and figuring a 1/8" reveal from the chamfered edge I calculated the lengths of the four sides. Once again I used my power miter saw to cut the pieces.

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Thought I would show how I transfer my marks accurately to make the 45deg cuts. After I size my first piece I line it up end to end with the next piece and mark the length.

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Once I have the length marked I use a square to scribe a line at 90deg.

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With that done I use a combination square and draw my 45deg line where the perpendicular line meets the bottom edge of the wood

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Here's a look at the dry fit after the four sides are cut

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There are three machining tasks to perform before the sides can be glued. The first is to route a cove into the front piece to be used as a finger relief to open the cover. I mark the center of the front piece and use that mark to scribe the edges of the finger relief.


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I use a piece of wide scrap to give me extra support to hold the router level while I make the cut

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Then I use a 3/8" cove bit to make the cut

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The next step is to mortise out the material in the back of the carcass and top frame for the hinges. For this operation I'll use a 3/16" straight bit in my router.

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The first step is to mark the outside edge of the hinge. There are two reasons why I use a marking knife here; first a pencil line is two wide. I need the hinges to fit perfectly and a pencil line has too much dimension. Secondly I will use the knife line as a guide for my chisel when I clean up the mortise.

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Next I'll set the depth of the bit to approximate the thickness of the hinge. I'll make a test cut in some scrap to check the depth and make any adjustments I need.

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Here's the mortise after routing.

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#12 · (Edited)
Part 2 The Carcass Continued


And here's me cleaning up and squaring the mortise with a 1/2" chisel

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A perfect fit

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The last thing I do before gluing up the carcass is to sand the insides of the four pieces. Much easier to do before the box is assembled.

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I use the same taping and gluing technique as I did on the base frame.

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That's it for this installment. I'll be working on the carcass and top frame splines next along with making a few veneered top panels as options. Thanks for looking and as always any comments are welcomed.
 
#20 · (Edited)
Carcass Build Part 3

Today I continued with the carcass work. When the glue set up on the frames it was time for the splines. I'm making the splines out of clear Maple, 1/8", so I'll set my slot cutter up with the 1/8" cutter

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I made this simple sled to use on the router table. Nothing more than a piece of MDF for the base and two scrap pieces cut to 45deg on the miter box. I screwed them on, no glue, this way I could easily replace them if needed.

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I located the splines on the frame and made my cuts

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Next I ripped some Maple strips to 1/8". Not as simple as it sounds. It took 3 or 4 passes to get the splines the right thickness. This step can make a big difference in the final look. If the splines are too thin then there will be gaps that will never look right. I nailed it on the 4th try.

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Next up was cutting the splines. The bandsaw is the easiest way for me

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Then just a little glue and set them in place. They should be snug.

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Once the splines set up overnight I sand them flush with a belt sander.
Before gluing the frame to the base there is one more operation to perform. Where the top frame meets the carcass I need to route a 45 degree microbevel. Several reasons why I chose to do this, first, while the Purpleheart is a dense wood it is also a very brittle wood and a crisp flat edge could easily chip. Second it makes the seam clearence between the top frame and the carcass top less critical. Lastly it adds visual interest by causing a shadow line

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Here's a pic of the detail

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Finally the base is ready to be glued on

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Next up I'll be working on the dividers and removable tray for the interior of the box. The dividers will be made of clear Maple and the tray assembly made from Curly Maple. Once that's done I will focus on the top.

Thanks for following along. Any comments or questions are welcome.
 
#23 · (Edited)
Update

I continued working on the jewelry box by working on the interior. I fabricated the lower level dividers by planing down some clear Maple to 3/8" Just some simple lap joints to construct the grid

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Once that was done I started work on the interior top tray. This is nothing more than a box within a box and the same techniques were used as I used on the carcass. I started by planing down some curly Maple to 3/8"

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The pieces were cut to size

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And a 1/4" groove was routed into the sides to accept the bottom

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Here's the glue up

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While the glue was setting up I got busy fabricating the top panel. It consists of a piece of 1/4" plywood sandwiched between two pieces of figured Sycamore veneer

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I just rough cut the veneer using a sharp utility knife

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It's a pretty simple procedure, just apply contact cement to both the plywood and the veneer. Be sure to pick and mark the side of the veneer you want to be visible. Make sure you apply glue evenly and completely to both pieces. Here are the tools you'll need.

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Once the contact cement has a chance to dry, approx 20-30 minutes, you can carefully line up the two pieces. The two pieces bond instanly upon contact so make sure everything is lined up. Once that's done I take a j-roller and apply pressure to remove any air pockets and insure a good bond

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Once that's done I trim off the excess veneer and repeat the same process on the other side of the top panel.

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With the veneer done I can route a groove in the top frame pieces to accept the top. I leave more dimension on the frame peices above the panel because I'll be routing a champhered detail.

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#24 · (Edited)
Update Continued

Here's a pic of the completed veneered panel dry fitted into the top frame. The contrast of the Purpleheart and figured Maple is going to look awesome

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With that done and the glue set on the top tray it's time to cut the slots for the tray splines and route the champher detail

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One more thing to do before I can glue up the top panel and frame. In order to really get the great figure in the top panel to really pop I'll apply a coat of a golden brown water soluable anyline dye to the top panel. This dye does two things, first it absorbs into the wood, and it raises the grain. Once the dye has dried overnight I'll sand the panel. The figured areas which are more pourous will retain most of the color and the clear sections will have most of the dye sanded out. You'll see later on in the finishing process how this makes the figure really pop out.
Here's what the dyed panel looks like before sanding

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To be continued...thanks for looking.
 
#25 ·
This is a magazine style tutorial Joe, I'm sure that anyone following it will have little difficulty in going into their shop and feel competent to to make something similar. Thank you for taking so much time to present this project.
 
#26 ·
Thanks Harry. I hope I'm explaining the build clearly enough so that everyone can understand it, and that they can see there's nothing too complex about it. If it's broken down into a series of simple steps and sub-assemblies it might give others the confidence to give it a try.