Ultimate Easy Router Table Build

In the 40 years since I bought my first little router table, routers haven’t changed all that much… but router bits absolutely have. Manufacturers have come up with designs we didn’t have back then, and woodworkers have figured out a hundred new ways to use them. The way we work with a router today, especially in a router table, has changed a lot.

I finally reached the point where I needed a bigger table. Not a fancy, “look what I can build” cabinet with every bell and whistle. Just a good, functional router table with a larger top and a setup I can rely on.

Aluminum Insert Plate

The aluminum insert plate is the core of the table, and it has to be accurate. I cut mine to 7 in × 7 in from 11/16-inch-thick aluminum. Aluminum cuts fine on a table saw as long as you use a carbide-tipped blade and take it slow.

Most aluminum stock comes with a protective plastic film. I left it on while laying everything out to avoid scratches.

To transfer the hole layout, I printed the plan full size and glued it directly to the aluminum using rubber cement. A glue stick works just as well. The goal is simply to hold the paper long enough to drill accurately.

Hole layout

Most holes are drilled and countersunk for #8 flathead screws:

• mounting the router to the plate
• mounting the plate to the tabletop

In addition, I drilled:

• one larger hole for the lift mechanism
• a 2-inch center hole for router bit clearance

You could make interchangeable inserts, but I don’t use bits larger than 2 inches, so I kept it simple.

Before drilling, I used an automatic center punch to prevent bit wandering. When countersinking, I used a metal-rated countersink, not a wood-only version.

The large hole is where aluminum can get dangerous, as it grabs cutting tools easily. I clamped the plate with a backing block so nothing could spin and catch my hand.

Materials and Assembly Plan

With the plate finished, I moved on to the cabinet. I’m not trying to build furniture here. This is shop furniture, so I’m focused on function.

I used regular plywood, including some that’s a bit weathered but still sound. No cabinet-grade material, no overthinking it.

Originally, I planned to build the top first, but since the top will be laminated with Formica, that would have made cabinet assembly harder. Instead, the order is:

1. build the cabinet
2. add the top
3. install tracks afterward

That sequence avoids problems later.

I cut the plywood with a track-style system, but you don’t need one. A circular saw and straight edge works just fine. That’s how people made accurate cuts long before track saws existed.

Assembly is simple. I just needed glue, brads, and a pneumatic brad nailer.

Base Assembly

I always dry clamp plywood assemblies first. Plywood often has a slight bow, and dry clamping lets me confirm everything pulls tight before glue is involved.

After dry fitting, I took it apart, applied glue, and clamped and nailed it back together. Yes, it’s an extra step, but it prevents alignment problems you can’t fix later.

I oriented the better plywood faces outward where visible. Areas like the bottom don’t matter.

To seat joints fully, I used a plastic-faced mallet. Tight joints matter more than speed.

Handling bowing and shelf placement

One panel had a slight bow, so I nailed that area first to lock it in place. Once the brads are in, they act like clamps.

The internal shelf sits 5 1/2 inches up from the bottom. Instead of clamping, I used 1×6 spacers to set the height quickly and accurately. Once positioned, I removed the spacers and nailed it in place.

I don’t eyeball nail placement. I draw a line and nail on the line. It’s faster than fixing mistakes.

Putting the Router Table Top

With both pedestals built, it’s time to attach the top. Before gluing anything, I clamped temporary wood strips 1 inch in from the edge of the pedestals. That creates a 1-inch overhang on the top.

The reason for that overhang is simple: someday I may want to clamp something to the edge of this table. I’d rather have that option and never use it than need it and not have it.

Once those spacers were clamped in place, I removed them, applied glue, and positioned the top on the pedestals.

I oriented the top so the front edge faced me, with about ¼ inch of overhang at the back. That space is needed later for attaching the back panel.

Before nailing, I drew reference lines so I knew exactly where to place the brads.

Edge Banding

Even though this is shop furniture, I still added edge banding to the tabletop to prevent splinters.

Raw plywood edges catch fingers, clothes, and anything that brushes against them. Edge banding solves that quickly and cleanly.

The banding I used is iron-on, with hot-melt adhesive on the back. You apply it with a regular clothes iron.

One important sequencing note:
If you’re going to laminate the top later, edge banding must go on first.

• Banding after lamination leaves a visible seam
• Banding before lamination lets the laminate overlap cleanly

So edging always comes before the Formica.

The banding is wider than the plywood. Normally, you center it and trim both sides. I lined it up flush with the bottom edge instead, so I only had to trim the top. That’s faster, but it does require a little care to avoid gaps.

Trimming the edge banding

There are several ways to trim it:

• a laminate trimmer
• a specialty edge-banding tool
• a utility knife
  

I prefer a utility knife. I treat it almost like a hand plane, taking controlled cuts until the edge is flush. It’s quick, accurate, and doesn’t require setting up another tool.

At the corners, I trimmed overlaps carefully so the edges stayed clean and tight.

Once finished, the tabletop edges were smooth, protected, and splinter-free.

Laminating the Top

With the edges done, I moved on to laminating the surface using contact cement.

I used a spray contact adhesive (3M Type 90). It’s faster than brushing but messier, so you need to be careful. Anything it touches will be bonded once contact is made.

I sprayed the underside of the laminate (done outside), and the tabletop surface.

Coverage matters, especially near the edges. Missed spots will cause bubbles later.

After spraying, both surfaces need 10–15 minutes to become tacky.

Positioning without sticking

Because contact cement bonds instantly, I laid dowel rods across the tabletop, spaced about 4 inches apart. These act as spacers so the laminate doesn’t touch until I’m ready.

The laminate was cut oversized, 2 inches extra on each side and end, so alignment wasn’t critical, but coverage was.

With the laminate resting on the dowels, I checked spacing all around. Then I removed the dowels one at a time and pressed the laminate down.

For pressure, I used a rag balled up in my hand. A roller works too, for simply firm, even pressure.

Once everything was pressed down, I let the adhesive set fully, paying extra attention to the edges.

Trimming the laminate

After the adhesive cured, I trimmed the excess using a trim router with a laminate-trimming bit. The key here is control, which means keeping the router flat and steady so the bit doesn’t dig in.

The result is a slick, durable surface that lets workpieces slide smoothly during routing, which is exactly what a router table needs.

Installing the Mounting Plate

With the laminated top finished, the next step is cutting the opening for the router mounting plate. I cut a square opening in the tabletop sized to accept the aluminum plate, since the router will be mounted below the surface.

To make the plate sit perfectly flush, I routed a rabbet around the opening using a rabbeting bit. This creates a shoulder for the plate to rest on.

On the first pass, I got the depth right but the rabbet wasn’t wide enough. That turned out to be the wrong bearing on the bit. Swapping bearings and making a second pass solved it.

I used an older fixed-base router for this step because the ¼-inch shank bit and precise depth control were easier to manage that way. This is a good example of using the right tool for the job, even if it’s not your newest router.

Once complete, the plate fit snugly and sat flush, or just slightly below the surface.

The corners required a little cleanup. I squared them with a chisel, but Formica can chip when you do this. I had a few small chips, which can be filled later with laminate filler. Structurally it’s not an issue.

I checked flushness in all directions with a straightedge before moving on.

Mounting the Router

Before mounting the router, it’s worth checking whether your router allows above-the-table height adjustment. Many routers already have this feature built in, even though people often assume they need an expensive lift.

On this router, the adjustment is accessed through a hex fitting on the base. Some routers use a male hex, some female, and the location varies, but it’s usually there if you look for it.

Knowing this ahead of time can save you a lot of money and simplify the build.

Track Installation

With the mounting plate installed, I added T-tracks to the tabletop.

• One track runs side-to-side, mainly for featherboards or a miter gauge
• Two tracks run front-to-back to allow the fence to move smoothly

I cut the grooves in multiple shallow passes rather than trying to reach full depth in one cut. The total depth is about ⅜ inch, and taking it in stages is safer and cleaner.

Once the grooves were cut, installing the tracks was straightforward. The aluminum tracks are pre-drilled and attach with screws (I used #6 screws).

I did make a few small mistakes in the routing, which I later patched with putty. Nothing structural, just cosmetic.

At this point, the table only needed one thing to be usable: a fence.

Fence

The fence is simple but carefully built.

My two main concerns were:

1. No warp in either piece
2. Perfectly square assembly

I checked both fence pieces on a known-flat surface before assembly. Then I glued and brad-nailed them together, using a square and verified blocks to keep everything perpendicular.

The center cutout provides clearance for router bits. It’s sized slightly larger than the biggest bit I expect to use, giving room for adjustment and airflow.

Once assembled, I reinforced the fence with triangular blocks. These blocks were cut from a larger piece, trimmed, and checked for squareness before installation. Even though one side is end grain, earlier testing showed that this type of joint is plenty strong when glued properly.

I also installed a T-track on top of the fence. This allows for stop blocks, featherboards, or hold-downs, which are especially useful for architectural trim where lift is a problem.

The fence is taller than most commercial fences, which gives better support for taller workpieces.

Finished Router Table

This is the finished router table.

It measures 32 inches wide by 24 inches deep. The fence moves smoothly forward and back on the tracks, and there’s plenty of flexibility for different setups.

There’s still room for future upgrades, such as dust collection, but the table is fully functional and ready to use.

Underneath, there’s plenty of storage. I didn’t build custom drawers because I already store my router bits in drilled blocks, which works just fine.

This table isn’t fancy, but it doesn’t need to be. It’s solid, accurate, and extremely useful.

If you don’t have a router table, you might be surprised how much it expands what you can do with a router. And as you can see, it doesn’t have to be complicated or expensive to build.

Make a little sawdust, build something that works for your shop, and put your router to work.