How I Built a Beautiful Shaker Bookshelf: A Complete Guide

Hey everyone! Today I’m excited to share my process for building this gorgeous shaker bookshelf. It’s a fairly simple design, but I took the time to really dive into the woodworking techniques I used, so hopefully you can follow along and build one yourself. I’ve got plans available if you want them!

Starting with the Side Panels

I began by building the sides of the case, rough-cutting the parts a little oversized. Here’s a pro tip I’ve learned: it’s way easier and more efficient to square up lumber that’s a few inches bigger than your final size rather than wrestling with a full eight-foot board.

Once I had the sides cut down, I jointed one face flat and then ran it through the planer to get the other face parallel. Then I went back to the jointer to edge joint one side so it was perfectly square to the face. With one edge straight, I ripped a parallel edge on the opposite side using the table saw.

My final width for this board needed to be six and a quarter inches, but I ripped it a little wider at this point as a safety measure. If there’s any gap between the boards when I glue them together, I want that extra bit so I can rejoin the edge once it’s glued up. I’d cut the final panel to its final width later.

Panel Glue-Up Without a Domino

In past projects, you might have seen me use a domino or biscuit joiner to help keep boards lined up during assembly. But in this project, I wanted to show you how to do a panel glue-up without those tools.

I started by ripping some scrap plywood about two inches wide to act as cauls, then covered them with clear packing tape to prevent any glue from sticking. I also took a construction-grade 2×4, jointed it square, and cut it into four-inch-ish wide blocks. Then I cut a notch about a half inch deep (a little wider than the bar on my clamps) to help hold the clamps up off the assembly table. You’ll see why this matters in a second!

With everything lined up, I spread the glue and started clamping the panel up as normal. But instead of tightening the clamps all the way, I only tightened them until I felt some resistance. Too much pressure at this point could cause the boards to slide and create a ridge between them.

Here’s where those spacer blocks came in handy: they let me slide the head of my clamp under the bar and clamp my cauls in place. I put cauls directly over the bar clamps, pushing the boards down flat and tight. I worked my way down, putting a caul over each clamp to make sure my panel glued up flat without any ridges.

Once I had the cauls in place, I added more parallel bar clamps and finished tightening everything down for good pressure across the joint. As the glue set up to the point where it wasn’t runny anymore, I scraped off the excess.

Top, Bottom, and Shelves

While the glue dried on the side panels, I moved on to the top, bottom, and shelves using the same milling process: squaring up the lumber, cutting it slightly oversized, flattening one face, planing it parallel, joining an edge, ripping it slightly oversize on the table saw, and then doing the final panel glue-up.

Once everything was glued up, I jointed all the edges to make sure they were nice and straight, then ripped them on the table saw. I did them all at the same time so I knew for sure they were exactly the same width.

Cutting to Length

Since I cut each piece a little bit long, I needed to square off one end first. I measured and marked where I wanted to cut the first board, lined it up, and then used my workpiece as an indicator to clamp down a stop block. This way, the next board would go right to that spot and they’d all be exactly the same length. Smart, right?

I used the same procedure for the tops and bottoms—marked them to length, set up the stop, and cut both pieces to the exact same line.

Cutting the Dados

Next up was cutting dados to accept the top and bottom pieces. I looked at each board and put the nicer face down so it would face the outside of the bookshelf. Since my top and bottom shelves had been sanded, they weren’t exactly three-quarters of an inch anymore, so I set them up and used a scrap piece of wood to flush them up to the end. Then I marked on the backside where the dado needed to go.

I set up a little plywood fence for my router using double-stick tape, positioned it to just cover the pencil line, and used a pattern bit to route along it. Before making the cut, I used my knife to sever the fibers to help prevent tear-out on that end piece.

I started real gentle on that leading edge—that’s where you’ll get tear-out if it’s going to happen. Once I got past that, it was full speed ahead. I took it in a couple of passes just to be safe and not overwork the router.

For the bottom shelf, which sits a few inches up from the bottom, I used the shelf itself as a spacer and sandwiched it between two plywood runners. This guaranteed a nice tight fit.

Adjustable Shelf Holes

I made a plywood jig with a line of holes to set the spacing for the adjustable shelves. I set up my router with a bushing the same diameter as the holes in my jig and used my spacer to set the depth stop.

When I got halfway down and ran out of jig, I moved it down and used the first quarter-inch hole to line up my drill bit. This allowed me to keep my holes in exactly the same spot without any interruption.

To make sure the second line of holes lined up exactly with the first, I just flipped my jig over. That ensured each hole was still in exactly the same spot.

The Decorative Trim

I wanted to make a decorative trim piece to go along the edges across the top and the far edge. The board was a little out of whack, so to make it safe to rip on the table saw, I first jointed one edge flat, then ripped it a little wide. I’d mill it to its final width, square it up, and cut it to its final length later.

Time for a dry assembly so I could get exact measurements for the trim! I cut the bottom rail nice and square, flushed it to the front of the top, and even though my drawing told me exactly what the length should be, I measured from the actual workpiece. Things can get off just a little bit, so it’s always safer to measure what you’ve actually built.

Gluing the Bottom Rail

I glued the bottom rail onto the bottom shelf while it was in place so I could make sure the shelf was perfectly centered. I put a little blue tape on the very end where I didn’t want glue so I could still take it apart. The dominoes helped with alignment, but if you don’t have them, just take a few extra minutes to make sure everything lines up.

By gluing the bottom shelf on like that, I got this really nice seamless, super-tight look—it looks like just one piece of wood. The grain just causes it to disappear. That’s why I glued it first instead of afterwards. And that blue tape? It kept me from sanding where the styles would come down so I’d get a clean seam with no gap.

The Top Rail

For the top rail, I found the center, marked the top of my decorative element, and used one of those thin strips I cut earlier as a guide. After cutting it on the bandsaw, I took the bandsaw marks out at the spindle sander and used a flexible sanding strip to refine the edge.

Final Assembly

The final assembly of the face frame onto the case was pretty straightforward. I was careful with my glue usage—I wanted good coverage but not so much that it would run down the inside of the cabinet.

When I cut the styles for the side of the cabinet, I cut them on the right side of the pencil line, leaving the pencil mark. This resulted in them being just a little bit proud, which is better than being too short. I just used my router with a pattern bit to clean it up.

The Shelves

Before routing the rabbet for the back panel, I used the clean edge to measure for my shelves. I took the total width and subtracted an eighth of an inch so I wouldn’t have to jam them in there.

I’d glued up the shelves a little bit wide and long so when it came time to cut them to final size, I knew they’d be perfectly square and parallel. I jointed one edge, ripped the other edge at the table saw, and squared off the ends to their appropriate length.

Routing the Back Panel Dado

For the back panel rabbet, I used a rabbeting bit with a bearing to trace along the side. Since this was only three-quarter-inch material and would be a little tippy, I added a bigger base to my router for more stability. I took my time and cleaned up the rounded corners with a chisel afterwards.

Finishing Strategy

My plan of attack for finishing was to finish the inside first—probably three or four coats—and then flip it over so the face rails were up and finish the sides and face last. This way I wasn’t trying to manage both sides at the same time and getting into wet work.

The Back Panel

For the back panel, since it’s only about three-eighths of an inch thick, I resawed and ripped the material in half to save material. I’d plane it for thickness and glue it up as a big full panel.

I got my riser blocks back out and used more cauls with tape so the glue wouldn’t stick. The thickness of the back was too thin to use a domino for alignment, so I went back to the clamping-with-cauls method to make sure everything glued up nice and flat.

Once the panel dried, I sanded it, ripped it to its final width (leaving it just a little long), took an exact measurement from inside the case, ripped it to final width, cut it to final length, and put a finish on it.

Attaching the Back

To attach the back, I set my square to three-quarters of an inch (the thickness of the bottom) and marked the depth of the shelf. This way I didn’t have to try to measure that little sixteenth-inch expansion gap I’d left all around. I eyeballed the center of the dado, gave it a little punch mark so my drill bit wouldn’t wander, and when I drilled, I rocked the drill back and forth a little to make an oblong hole so the back could expand and contract.

I attached it with wood screws—three on the bottom, a couple up the side, and three at the top. Just enough to hold the back on securely.

And We’re Done!

There you have it—a beautiful shaker bookshelf! I hope this walkthrough was helpful and that you’ll give this project a try. If you enjoyed this, check out some of my other projects. Thanks for following along, and happy building!