Which Router Bit for Cutting? A Freud Router Bit Set Checklist

I'm the production manager at a 14-person custom cabinet shop, and I've handled router-bit and cutting-tool orders for 11 years. I've personally made—and documented—16 significant tooling mistakes since 2014. Add up the wasted maple, ruined melamine, and redo hours, and the total is roughly $4,200. Now I maintain the team's tooling checklist to prevent someone else from repeating those mistakes.

This article won't tell you that one special Freud router bit set will fix every tearout problem. It won't. The useful thing is the process around the set, not the set alone.

This Checklist Is for Router Table and CNC Setup

Use it when someone walks into the tool room with a question about which router bit for cutting a run, or when you're about to buy a router bit set. It works best for cabinets, doors, drawer boxes, shelving, and flat panels that need a clean edge. It is not the right list for freehand carving, bowl work, or onsite trim with a palm router.

Step 1: Which Router Bit for Cutting? Stop and Define the Job First

If you search for which router bit for cutting, generic answers are not useful. The phrase makes it sound like there is one correct bit for all wood, all machines, and all passes. There isn't. What most people don't realize is that the bit geometry has to match the material and the cut direction, not just the brand of the tool.

The same profile can behave very differently in solid oak and melamine. An up-cut spiral clears chips and leaves a clean bottom, but it can blow out the top face of a coated panel. A down-cut spiral protects the top but leaves chips in a blind groove. For a through cut on coated plywood, a compression bit is typically the answer because it shears toward the center from both sides. For trimming a laminated edge after glue-up, a flush-trim bit with a bearing is usually the right tool.

Step 2: Match the Shank to the Machine Before Ordering

A bit profile can be perfect and still fail if the shank is wrong. A 1/2-inch shank is stiffer and better for production work, but not every hand router accepts it. Before any purchase, check the collet sizes on the machines you plan to use. If the router uses a 1/4-inch collet and the set only has 1/2-inch shanks, that's not a small detail.

In my first year, 2014, I ordered a Freud router bit set because the profiles looked ideal. Two of the bits had 1/4-inch shanks, and our main router table only took 1/2-inch shanks. That should have been a five-second spec check. I learned that lesson the expensive way.

Step 3: Buying a Freud Router Bit Set? Count Real Use First

Large sets are not automatically bad. A set with 25 bits can be a strong value if you actually use ten of those profiles consistently. But if you only need three, a big set just makes every future setup slower because you have to dig past the unused pieces.

I keep a job-matched 10-piece Freud router bit set on the shelf mainly for edge profiles. We bought it after seeing the same profiles come up repeatedly on cabinet door orders. When I clicked Place Order on that set, I immediately wondered if I should have bought separate bits instead. I didn't relax until the first cherry test panel came back clean. The doubt was normal. What mattered is that the order justified the purchase.

Step 4: Use the Freud Tools Website as the Spec Check

Product pages from resellers can be outdated. Here's something vendors won't tell you: product photos can stay the same for years while specs change. I use the official Freud Tools website to verify shank size, max RPM, cutting length, and the product code before ordering. As of March 31, 2025, the item pages list those specs for most router bits. If I can't confirm the same code through a distributor, I call them before ordering.

This step feels like it adds time, but it saves a return, a delay, and another one of those small charges that disappear into overhead.

Step 5: Put Job Bits in a Side Tool Box and Keep a Low Profile Socket Set Nearby

Storage sounds like a shop cleanliness topic, not a router bit selection topic. It is both. The third time a run stopped because someone grabbed the wrong unlabeled bit from a drawer, I made a side tool box for that exact job. The door line uses a flush-trim bit, a compression bit, and one spiral bit. Those three now live together in that side tool box. The larger Freud router bit set stays in its original case on the shelf, and I do not mix the two.

I also keep a low profile socket set in the same cabinet. It sounds unrelated, but the router table and table saw share the same material flow. When an arbor nut sits close to the machine housing, a low profile socket set reaches it better than a regular socket. A quick blade change means less time standing around and a lower chance of pushing a dull blade through a good sheet.

Step 6: Date the Box and Inspect the Bit Before Each Run

After a set is in storage, put a date on the box or on the slot where the bit lives. If a bearing feels rough, or if the carbide edge has a visible chip, pull the bit before it ruins a panel. We write dates and run counts on blue tape. It isn't fancy, but it stops the guessing.

In the past 18 months, this checklist has caught 11 wrong bits before they touched a production panel. Most were caught at the test-cut stage, not after the batch. That is exactly what a checklist is supposed to do.

Step 7: Test-Cut the Exact Material Before the First Production Panel

This is the moment when the question which router bit for cutting finally gets answered with proof. Do a test cut on the same material, with the same thickness, using the same feed direction you plan to run. It takes four minutes. A four-minute test cut is cheaper than a ruined batch.

When we skip the test to save ten minutes, that's when a bit with a slightly dull edge shows up on the fifth panel instead of the first one. The test doesn't solve every problem, but it forces you to look at the actual cut quality before committing.

The Real Bottom Line

Efficiency doesn't come from owning every new bit. It comes from selecting the smallest set of predictable bits and keeping them ready. A Freud router bit set is only part of that. The process has to start with the job, the shank, the official spec page, and the right storage. Those boring steps have saved us more money than any single bit.