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Keyaki Tabi-dansu 3

keyaki tabi-dansu cabinet glue up

Before finishing assembly of the keyaki tabi-dansu, there were a few other details to take care of. Mainly a pair of grooves in the top and bottom panels which will house the door, as well as a rabbet on the back edge of all panels that will hold the cabinet back.

This time I decided to tackle the grooves starting with none other than a “groover”, also known as a 溝切カッター (mizo-kiri-katta) in Japanese. These machines are much faster and cleaner than routers (they’re basically a heavy duty circular saw with a dado blade). They can hog out a lot more material in one pass, and with a sharp blade the finished groove is super clean. In this case I only had a sharp 12mm cutter handy, and needed to make 15mm grooves for the doors, so I used the groover for a rough pass, and then finished with a router and edge guide.

Here are the top and bottom panels clamped and supported for grooving:

cutting door grooves for keyaki tabi-dansu

First pass roughly down the middle for the bottom track…

door groove after one pass with groover

…And a slightly deeper rough pass for the upper groove.

top side stopped door track

Here’s the router setup I used to finishing the grooves.

finishing the grooves with laminate trimmer

One process which I can’t tackle in my new shop is ripping large panels to width. Honestly it was a task that I kind of overlooked when I was sourcing machines and planning out the shop. The table saw that I do have has a pretty limited rip capacity, and no apparent way of extending it. But I’m going to look into some options. In the meantime I dealt with ripping panels to their final width by using a circular saw and shopmade saw guide.

cutting panels to width with circular saw

With the panels ripped to width I could use the groover to cut the rabbets in the back of each panel for the cabinet back. (Up to this point I had been using the front edge of each panel as a reference for all layout and cutting and left the back edge uncut).

cutting back rabbet

Here’s a close up of one of the stopped rabbets after running the groover in 2 passes to get the width I needed.

back rabbet after cutting with groover

Then I simply chopped the corner square with a couple of chisels.

chiselling corners of back rabbet square

And with the door grooves and back rabbets done I could move on to the final glue up.

Here’s the setup with the bottom being glued and clamped.

assembling cabinet sides and bottom panel

And the next morning I finished the glue up with the top panel.

assembling cabinet top panel

With the panels being finish planed before assembly I really wanted to minimize glue squeezing out onto the clean, planed wood, and a bit of masking tape definitely helped with that.

masking tape to control glue squeeze out

Here’s another view of the cabinet assembly.

keyaki tabi-dansu cabinet glue up
clamps during tabi dansu glue up

Once the glue was dry I started in on cleaning up the joints. I left all the box joints and wedged tenons about 1-2 mm proud, with the plan being to trim everything flush after assembly. Lately I’ve been trimming through tenons with the router. It makes for a very quick and accurate way to bring the tenons nearly flush with the surface, leaving just a hair to trim with a hand plane. In the past I’ve used a flush cut saw, but I’ve had issues with the blade scoring the surrounding wood. The router eliminates that issue.

trimming protruding tenons with router
router after roughly flushing tenon

This time I used the router on the box joints as well.

box joint after trimming with router

Then I sharpened up a small plane and started taking the tenons and box joints down until they were nice and flush.

hand planing protruding box joints with kanna

This quartersawn keyaki was a joy to plane throughout this project, and the end grain was no exception. Sometimes end grain can be a complete nightmare, but this material had a very consistent density that made it really nice to plane regardless of the grain direction. I took light passes and sharpened my plane a few times to get the cleanest surface possible, and in the end the results were really satisfying.

finish planed box joints

And with that the cabinet assembly was done.

keyaki tabi dansu after assembly

I’m liking the joinery combination of the box joints and wedged tenons. Structurally they’re both really solid forms of joinery, and aesthetically they work well too.

keyaki tabi-dansu side panel joinery
keyaki tabi dansu box joints and wedged tenons

This project has been in the works for a long time now, and the clients have been very patiently waiting, so I didn’t exactly have time to spare. That said, I really tried to take my time and focus to make sure everything came out clean and tidy, especially when doing the joinery.

flush trim wedged tenon close up

Box joints are pretty common on Japanese tansu, but it wasn’t until I saw one of Yann Giguere’s furniture pieces back in NY that I realized just how nice they could look. Yann’s work has been a good source of inspriation, and I was thinking one of his pieces a lot when cutting these joints.

box joint close up

So the good news is that assembly went well, all the parts fit, and things came out neat and tidy….

…now for the bad news.

I did the drawings for this series of cabinets almost a year ago now, and the drawings with dimensions were reviewed by all parties and approved. As I was finishing up assembly of this cabinet and started reviewing the drawings for the next one I caught a measurement error related to the spacing of the shelves. The short story is that the clients requested a specific shelf spacing early on during the design phase, and I adjusted the design to account for their request. The problem was that when I added dimensions to the drawing I accidentally set the start point for the first shelf’s spacing in the wrong location, and from there I adjusted the height per their request. The result was that the shelf ended up being lower than planned. Even though the clients and interior designer approved of the drawing, no one, including myself, caught the error until it was too late.

That was a major “oh shit” moment, and not a happy one.

So after a bit of back and forth talking with the interior designer about possible solutions, the outcome is that I’ll be making this cabinet again. It’s a bummer to have to start over, but with the cabinet assembled there’s very little that can be done, and the clients have a specific use in mind so it’s important that it has the required dimensions and shelf spacing.

On the bright side, I was able to source more quartersawn keyaki and the stock I recieved actually looks even nicer than what I used for the first cabinet. Getting the material was a big relief. Also not that there were many other issues the first time around, but it kind of feels nice to have had a warm up of sorts, and process-wise there are a few things I’ll probably do slightly differently for round 2.

Also one of the nice things about this series of cabinets is their modularity, so once I finish this cabinet, it will definitely be useful and able to stand on it’s own. And ultimately I’ll be looking for a buyer… so if anyone out there is looking for a tabi-dansu with some really nice keyaki, don’t be shy!

「Keyaki Tabi-dansu 3」への5件のフィードバック

  1. The groover is a vital tool in my shop. I have many uses for it. Your error in the construction of the project reminds me of the many times I have screwed up big time and payed a dear price. Even the very best craftsmen have to expect to make mistakes of sometimes. Reminds of a workshop/class building a hip roof and upon assembly it didn’t go or fit together. The layout guy was a very respected carpenter of many years in the field.

  2. Beautiful work as always. I’ve been catching up on the posts you’ve made over the past few months- so much fun to read. I’m curious about the box joints above. In the past when I’ve done these, I’ve pinned them with those ready-made tapered pegs because I’ve worried about the glue connection between endgrain and side-grain in large box joints. Will these not be pegged? I trust your judgment, so I’m curious if maybe the pegs aren’t needed… Also, you seem to have an awesome plunge base to your more basic battery makita router- how do I find that?? It looks very nice. Thanks for your posts!

    1. Thanks for the comment David. Yeah, I’m going to end up pegging these joints. At the time of writing/taking pictures I hadn’t decided on the size peg to use, but will tackle that step soon enough. I’ve seen these joints on furniture done without pegs, but I think it really comes down to the width of the fingers. If the spacing is pretty wide like I’ve done here, then pegs seem like the safe way to go in my opinion at least.
      The plunge base is from Microfence. They’re really finely made, and high precision, though it can be a bit finicky sometimes. I find the locking mechanism to be pretty lacking. If I don’t crank down on it, it easily releases mid-cut. That said their fences and other gear have been really nice.

  3. Hi. Really enjoying your work and writing.
    Years ago I worked in a boat yard in New Zealand. A colleague was tasked with building a pair of bedside cabinets – a left and a right, mirror opposites. He absent mindedly made two left-hand cabinets. He only realized when he went to fit the second cabinet! Without hesitating, he carried it back off the boat, all the while calculating time, salvageability, humiliation etc.
    His mind made up, he carried it all the way down to the factory floor and out to the skip, throwing it in and covering it with old rubbish.
    The reason I tell you this is because he claimed to have made the replacement in half the time!
    Hope that helps.
    Regards
    Chris

  4. Such beautiful work. The finish planed shimmer on the end grain is gorgeous.

    I am impressed that you are able to own up to the design mistake. There is really no worse feeling! It can be so dispiriting and humiliating. We all have those stories though and it is good to share them. For my part, I have made a cabinet 2” too short for a client, and just last week made a double hung window 1.5” too short. The window was particularly bad since it was for an existing opening – there is no salvaging that. After moping and feeling sorry for myself, I worked in redoing it, and (happily) it went so much faster the second time. So at least there is that.

    In any case, beautiful work, Jon, your stuff remains an inspiration.

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