Beveling wood with a router has gotten complicated with all the bit options and technique debates out there. I’ve been doing edge work with routers for years — furniture legs, cabinet doors, tabletop profiles — and the fundamentals are pretty consistent once you understand what you’re actually trying to do. Here’s everything you need to know.

How to Bevel Wood with a Router

A bevel is just an angled edge along the length or width of a board. A router handles it well because once you’re set up, every pass is identical — the repeatability is what makes a router better than trying to do this by hand across a production run of parts.

Understanding the Router

For beveling, a fixed-base router is usually the right tool. Plunge routers work if you need them, but most bevel work doesn’t require the plunge capability. Fixed-base is more stable and easier to control along an edge.

Choosing the Right Bit

A chamfer bit is what you want for beveling edges. Chamfer bits come in 15, 22.5, 30, and 45-degree versions — the angle depends on your project. The 45 is the most common for furniture. Make sure the bit is sharp before you start. A dull chamfer bit burns the wood rather than cutting it, and that burn mark takes real effort to sand out. Wish I’d replaced bits sooner in my early years.

Setting Up Your Workspace

Stable workbench, proper lighting, and clamps on the workpiece before you touch the router. Any movement during the cut ruins the bevel — you’ll see it immediately and it can’t be fixed without removing more material. I grabbed my best clamps one Saturday morning and spent extra time getting the setup right; it paid off on every subsequent cut that session.

Adjusting the Router

Attach the chamfer bit, tighten it completely, and check for any wobble before turning on the machine. Wobble in the bit is the enemy of clean cuts. Set the depth to control how much material the bit removes. Always test on scrap wood first — always. Dialing in the depth on scrap costs you nothing; getting it wrong on the actual piece costs you the piece.

Safety

Safety goggles, ear protection, dust mask. Routers are loud and they throw chips. Keep the power cord behind you and clear of the cutting path. Don’t start the cut until the router is at full speed.

Making the Cut

Position the router at the edge of the workpiece. Let it reach full speed before making contact with the wood — starting the cut before the router is up to speed causes rough, uneven entry. Move along the edge smoothly and consistently. Steer the router against the direction of bit rotation to prevent kickback. Keep pressure even throughout. An inconsistent feed rate shows up in the finished bevel as subtle waves that catch the light at the wrong angle.

Finishing the Edge

After the cut, examine the edge. A light pass with fine-grit sandpaper cleans up any minor roughness. This step matters especially if you’re applying stain — a smooth edge takes stain more evenly than a slightly rough one, and the difference shows.

Finishing Options

Paint, stain, or polyurethane all work on beveled edges. A clear finish that shows the wood grain through is usually the best choice — the bevel itself adds visual interest, and hiding the grain under an opaque finish wastes half the effect.

Common Problems

Uneven cuts: inconsistent pressure or a dull bit. Replace the bit first — that’s the most common cause. Chipping or tearout: moving too fast or taking too aggressive a pass. Lighter passes and test adjustments on scrap fix this. Burning: dull bit or too slow a feed rate. Sharp bit, keep moving.

Keeping the Router in Shape

Clean the router and bits after every project. Check bits for wear — a sharp bit cuts cleanly and safely, a dull one requires more force and produces worse results on both counts. Replace bits when they’ve lost their edge rather than trying to push through.

Where to Go Next

Once basic beveling is comfortable, experiment with different angles or layered profiles. Two chamfer passes at different depths create complex profiles that look like a lot of work but aren’t difficult once you understand the tool. Test combinations on scrap before using your best material — that’s always the rule with any new technique.