How a Shaker Oval Box Is Made: A Step-by-Step Look Inside the Workshop

If you've ever held a Shaker oval box and found yourself wondering how it came together, you're not alone — it's one of the questions I hear most often. This article is my attempt to answer it. It's not a step-by-step tutorial so much as a look inside the process — the way I've been doing it here in Embden, Maine since 1993. There are quite a few steps involved, each with its own purpose. Some take minutes; others take days. All of them play a part in the finished piece.

Step 1: Milling the Lumber

Most things worth making start with good material, and a Shaker box is no different.

I mill my own lumber on-site using a bandsaw mill, from locally sourced maple, pine, and ash logs delivered to my property. Maple is used most often for the bands — the thin, bent strips that form the sides of the box and lid. Pine, specifically quarter-sawn pine, is used for the tops and bottoms. Ash, known for its strength and flexibility, is used for the handles on my Shaker carriers.

Quarter-sawing is worth a brief explanation. When a log is quarter-sawn, the growth rings run more or less perpendicular to the face of the board. The main advantage is dimensional stability — quarter-sawn stock shrinks and expands significantly less with seasonal humidity changes than flat-sawn lumber. For a box that needs to fit precisely and hold its shape for generations, that matters. It also produces a tighter, more consistent grain pattern.

The maple bands need to be thin enough to bend without breaking — typically around 1/8" thick for most sizes. Getting there from a raw log involves sawing, air-drying, and abrasive planing. It's time-consuming, and there's material loss at every stage, but starting from the log gives me a level of control over quality that purchasing pre-dimensioned stock simply doesn't. Band stock can also be sourced from veneer mills, where wood is sliced rather than sawn — a faster process that produces less sawdust waste, but one that results in material with different characteristics. I prefer sawn stock. It takes longer and generates more sawdust waste, but the quality of the material is worth it.

For a more detailed look at the milling process, see this earlier post. The short version: sawn lumber from raw logs produces, in my opinion, the best material for Shaker box bands.

Step 2: Cutting and Preparing the Band

Once the maple is milled to thickness and width, the band goes through several preparation steps before it's ready to bend.

Rough cutting the swallowtail joints comes first. The swallowtail — sometimes called the finger joint — is one of the most recognized features of a Shaker oval box, but its purpose is functional, not decorative. Wood expands and contracts with changes in humidity, and the tapered finger design gives the band room to move without buckling or cracking. I rough cut the swallowtail shape on the bandsaw, which gives me a line to follow. The tack holes for the joints are drilled at this same stage, while the band is still flat and easy to work with.

Trimming the fingers with a knife is where the joint gets its final shape. I hand-cut every swallowtail joint with a knife — just a sharp blade following the rough-cut line. There's a meaningful difference between a sawn edge and a knife edge on these joints. A saw tears the wood fibers; a knife severs them cleanly. More than that, the knife naturally produces a slight bevel to the cut that a saw can't replicate, and that bevel is part of what gives a hand-cut finger its finished look. I soak the tips of the bands in water before cutting, which makes the knife work noticeably easier and cleaner.

Because each finger is cut by hand, there's slight variation from box to box, even finger to finger. That's not a flaw — it's the mark of something made by hand.

The fingers should taper gradually to about a 10-degree bevel, ending at a point just slightly wider than the copper tack head that will secure them. Too blunt and the finger looks clumsy; too narrow and it's fragile.

Feathering the band is the next step, and it's easy to overlook but important to get right. The inside end of the band — the end that tucks under the fingers once the box is wrapped — needs to be tapered gradually in thickness over the last inch to an inch and a half of its length. Without that taper, the overlap creates an abrupt ridge on the inside wall of the box. Done properly, the transition is smooth and you'd never know it was there.

I do this on a belt sander. I'll admit I tried using a wood block as a guide early on, thinking it would help — but I found I couldn't feel how thin the wood was getting, and the result suffered for it. Working with my fingers directly gives much better control. The obvious hazard is that belt sanders and fingertips don't get along well, which I discovered firsthand. My solution: wrap the fingertips in electrical tape before feathering. Low-tech, but it solves the problem. The photo shows just how gradual that taper needs to be — it's more subtle than you might expect.

With the fingers cut and the end feathered, the last step before bending is a thorough sanding while the band is still flat and easy to work with. I orbital sand at this stage — it's much easier now than it will be after bending. This takes care of any marks from the abrasive planing process, the feathering, and any water staining from soaking the tips during knife work. The edges of the swallowtail joints stay untouched — I want those to remain crisp and sharp exactly as the knife left them.

Step 3: Cores, Shapers, and the Bending Process

Before a maple band can be wrapped into an oval, it needs to be made pliable. But before that, two things need to be ready and waiting — because once the wood comes out of hot water, there's no time to waste.

The core is an oval form the exact size of the box interior — what the wet band gets wrapped around. I use Styrofoam cores, which are lightweight and work well.

The shapers are oval forms that go inside the band after it's tacked, one for each side. They're cut to the same oval pattern as the core but roughly 1/16" outside the line, giving them a slightly oversized fit that acts like a cork. Their edges are beveled at about 10 degrees to help them seat firmly into the oval opening. They also have holes drilled through them for ventilation and to make them easier to remove once the wood is dry. Without shapers, a freshly bent band will distort as it dries — losing the oval shape before it has a chance to set.

Soaking: The bands soak in a copper tray heated by electric hot plates. The water doesn't need to be boiling, but it needs to be genuinely hot — above 180°F is ideal, which is the temperature where the lignin in the wood fibers softens enough to allow bending. Bands soak for at least 15 minutes.

Bending: Once a band comes out of the water it needs to be worked quickly — it cools fast and loses flexibility as it does. The feathered end goes to a starting mark on the core, positioned so the main tack line will land centered on the front of the oval. The band wraps around in one smooth, even motion. Where the two ends overlap, I mark a witness line across the lap with a pencil, remove the core, open the band slightly to bring the ends together at that mark — that's where the alignment is set — and I tack the lap closed.

The copper tacks clinch the lap without glue — the tacks alone are sufficient, and that's how the originals were done. The tacks are clinched over a pipe anvil, which folds the point of each tack back into the wood and locks the joint firmly in place. I use copper tacks produced on original tack-making machines from the 1880s. The Shakers specified copper over iron for a straightforward reason: iron tacks rust, stain the wood, and eventually fail. Copper won't.

With the band tacked, the pair of shapers is pressed in from both sides and the box is set aside to dry for a couple of days. Normal air circulation is fine — I avoid direct heat or fans, which can dry the wood too fast and cause the band to warp, or the wood between the finger joints to crack.

The lid band follows the same preparation process — feathered, soaked, bent, and tacked — but instead of using a separate core, it's bent directly over the completed box body. The box itself serves as the form. That's how you get a lid that fits precisely rather than one that's merely close.

Both bands need to be fully dry before the tops and bottoms are fitted.

Step 4: Fitting the Tops and Bottoms

Once the bands are fully dry and the shapers removed, the tops and bottoms are ready to be fitted.

The oval board is traced from the inside of the dry band using a pencil held flat against the band wall. The board is then cut and disc-sanded to that line with the sander table tilted a few degrees, putting a matching cork-effect bevel on the board edge that helps it seat tightly all the way around.

I press the board in temporarily to check the fit, then run it through the drum sander to make sure it sits perfectly flush — no twist or high spots. That flat surface also matters for drilling the peg holes accurately. At that point the boards come back out, and the interior faces get a final pass through the drum sander for a smooth, finished surface.

Before the boards go in permanently, I apply finish to the interior — it's much easier to finish the inside of the band and stain the edges of the top and bottom boards while everything is still open and accessible. Once the finish is dry, the boards go back in for good.

To secure them, I drill a series of small holes around the perimeter, spaced 2" to 3" apart, centered on the thickness of the board inside the band. These are fitted with copper shoe pegs — small fasteners originally made for the shoemaking trade — tapped in flush. Many contemporary box makers use wooden pegs for this step. I use copper throughout, which is consistent with earlier Shaker construction practice.

Step 5: Final Sanding

Because the bands are thoroughly sanded before bending, I try not to touch them more than necessary at this stage. The focus here is on the top and bottom boards — orbital sanding to ensure everything is smooth and even after installation. I go around the edges of the box by hand to soften any sharpness. The finger lap area stays hand-sanded only; I want those knife-cut edges to stay crisp.

Step 6: Finishing

Finishing is a subject where I'll skip much of the detail — every maker develops his or her own preferences over time, and these are simply the choices I've settled on.

All copper hardware on my boxes is darkened before installation, giving it the look of hardware that's been in place for a century rather than something newly installed.

Painted boxes are finished with milk paint in historical colors — the palettes the Shakers actually used. Following tradition, the bottoms of painted boxes are left unpainted and instead get dyed and oiled to provide an aged appearance. Two coats of Tung oil are applied over the milk paint, which protects the surface and brings the colors to life.

Natural-finish boxes start with a dye rather than a stain — a dye soaks into the wood fibers and enhances the grain without sitting on top of it the way a stain does. That's followed by five coats of Tung oil.

Both finishes — milk paint and natural — improve with age, gradually developing a patina that only adds to the character of the piece. They don't yellow or crack the way some varnishes eventually do.

Step 7: Signing the Work

When the finish is done, I brand each box with the LeHay's logo — on the inside bottom for covered boxes, on the outside bottom for carriers and trays. The Shakers themselves were somewhat divided on signing their work — individual expression didn't sit easily alongside community values — but plenty of signed pieces survive, particularly those made as gifts. I think a maker should put their name on what they make. It's a form of accountability, and it tells the box's future owners something about where it came from.

From Log to Finished Box

There are more steps between a raw log and a finished Shaker oval box than most people might realize. The Shakers worked this process out centuries ago, and the fundamentals haven't changed much since.

Every box that leaves my workshop goes through the same steps and is made by one pair of hands.

If you have questions about the construction, the materials, or what goes into a particular piece, feel free to reach out. I'm always glad to talk about the work.

Since 1993, LeHay's Shaker Boxes has been handcrafting traditional Shaker-style oval boxes in Embden, Maine — from locally milled maple and pine, one box at a time.