How accurate does the 45 degree angle need to be?

For picture frames, small errors add up quickly. If each miter is off by even a small amount, the corners will not close tightly. It is worth taking a few minutes to dial in the angle with test cuts on scrap. Cut two miters, fold them together, and check if the corner is open inside or outside. A small adjustment to the fence and another test cut usually gets you to a clean 90 degree corner.

Woodworking Jigs – AllFlavor Workshop

DIY Wood Lathe: How to Make a Drill Lathe

About the author, Lukas — Thu, 21 May 2026 14:00:00 +0000

AllFlavor Workshop

DIY Wood Lathe: How to Make a Drill Lathe

A DIY wood lathe like this is a great way to add another useful setup to the workshop without needing a full-sized machine. This one is a drill-powered lathe that sits on the workbench and is meant mainly for smaller workpieces like knobs, handles, chess pieces, and similar parts. It is compact, removable, and easy to set up only when needed, which is exactly what I like about builds like this.

One of the things I like most here is that the whole build is modular. I am reusing parts and ideas from some of my other jigs, so if you already built those, this project becomes even easier. The lathe uses a standard smaller electric drill as the drive unit, but the design can be adjusted to fit a different drill as well.

The whole setup sits on a base with homemade T-tracks, which let you mount and reposition the drill holder, spindle, tool rest, and tailstock as needed. That makes the lathe much more flexible than a fully fixed setup, and all the main parts are removable, replaceable, and upgradeable.

NOTE: I am currently working on the plans for this build, and once they are ready, they will be available here.

👉 If you want to see more workshop builds and jig ideas like this, have a look at my woodworking plans page.

Video: DIY Wood Lathe / Drill Lathe Build

If you want to see the build in action, watch the video below. It gives you a better look at how the modular drill lathe comes together and how the individual parts work as one compact setup.

And if you enjoy builds like this, feel free to subscribe to my YouTube channel for more woodworking jigs, shop projects, and workshop ideas.

Plans
Materials
What Can You Make with a DIY Wood Lathe?
Let’s Start Building!
Step 1: Build the Base
Step 2: Build the Spindle
Step 3: Build the Drill Holder
Step 4: Build the Tool Rest
Step 5: Add the Tailstock
Wrap-Up
Frequently Asked Questions

*Safety is your responsibility. Make sure you know what you’re doing and take all necessary safety precautions while working with power tools. Safety comes first!

Plans: DIY Wood Lathe

Plans for this DIY wood lathe are coming soon. I am currently working on them, and once they are ready, I will add them here.

The plans will make it easier to build the full setup, including the base, drill holder, spindle, tool rest, and tailstock, with the key dimensions and layout shown clearly.

Materials and Tools

Materials

Baltic birch plywood
MDF
M6 T-nuts
Aluminum L angle
Wood glue – https://amzn.to/48ltKhJ
Steel epoxy – https://amzn.to/422T5L7

Tools

Table saw – https://amzn.to/47mWiGf
Trim router – https://amzn.to/3HbQcOg
Hand drill – https://amzn.to/3HqLEnH
Corded drill – https://amzn.to/3NSA3Bo
Angle grinder – https://amzn.to/48K2klD
Japanese dozuki saw – https://amzn.to/3NS5viZ
Woodturning tools – https://amzn.to/47FWQra
Narex chisels – https://amzn.to/3tHNJrT
One-hand clamps – https://amzn.to/48jGxkZ
F-clamps – https://amzn.to/48ArzY1
T-track clamps – https://amzn.to/3tEKaCW
Spring clamps – https://amzn.to/41Nuh9D
Mini F-clamps – https://amzn.to/3RJwNJK
Machinist square – https://amzn.to/48fT6xw

Bits, Blades, and Accessories

Table saw blade – https://amzn.to/48maocv
Straight router bit – 6 mm – https://amzn.to/4aWQEOl
Drill bits – https://amzn.to/48Kaaf7
Forstner bits – https://amzn.to/3Hd1aDb
Hole saw – https://amzn.to/3S52Rb4
MicroJig GRR-Ripper push block – https://amzn.to/3vjQSP7

Hardware

Block bearings – ID 8 mm – https://amzn.to/3u1UaGu
Bearings – ID 6 mm – https://amzn.to/428lH5D
Coupling nut – https://amzn.to/425o6hn
M6 T-nuts

Affiliate Disclosure
We may earn an affiliate commission when you buy something through our retail links. As an Amazon Associate AllFlavor Workshop earns from qualifying purchases.

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DIY Wood Lathe — how to make a compact drill lathe for small wood parts.

What Can You Make with a DIY Wood Lathe?

This kind of DIY wood lathe is meant mainly for smaller workpieces, not for large bowls or long spindle work. But for the size it has, it is actually a very useful setup to keep in the workshop. If you like making your own knobs, handles, or small decorative parts, a compact drill lathe like this can go a long way.

That is one of the reasons I like this build. It does not try to replace a full-sized wood lathe. Instead, it gives you a smaller, modular setup that you can bring out when needed, use for more precise small projects, and then store away again.

A few examples of what you can make with it:

Wooden knobs
Small handles
Chess pieces
Decorative turned details
Other small round wood parts for jigs or workshop projects

So even though it is a smaller setup, it still opens up a lot of useful possibilities. And if you already build jigs and workshop tools, this kind of lathe can be a really handy addition for making custom wooden parts yourself.

Let’s Start Building!

The idea behind this build is quite simple: make a small bench-top drill lathe with adjustable parts that can be mounted, moved, and reused as needed. Instead of building one fixed unit, we are making a modular setup with a base, drill holder, spindle, tool rest, and tailstock that all work together through the T-track system.

That gives you a compact lathe for smaller parts, but it also keeps the whole build more flexible. You can remove parts, replace them, improve them later, or adapt the setup to your own drill and workshop needs.

The full lathe measures 65 × 24 × 14.5 cm (25.6 × 9.4 × 5.7 in), so it stays compact enough for a workbench while still giving you enough room for small turning work. The individual parts are also manageable in size:

Base: 65 × 24 × 24 cm (25.6 × 9.4 × 9.4 in)
Drill Holder: 17 × 11 × 12 cm (6.7 × 4.3 × 4.7 in)
Spindle: 13 × 9 × 9.5 cm (5.1 × 3.5 × 3.7 in)
Tool Rest: 7.5 × 10 × 7.5 cm (3 × 3.9 × 3 in)
Tailstock: 12 × 18 × 10.5 cm (4.7 × 7.1 × 4.1 in)

How to Make a DIY Wood Lathe

Step 1: Build the Base

The base is the foundation of the whole DIY wood lathe, so I wanted it to be sturdy, flat, and stable enough to support all the removable parts. It is made from two base pieces laminated together, which gives it more strength and helps prevent warping over time. The final base size is 65 × 24 cm (25.6″ × 9.4″), with a total thickness of about 24 mm / 2.4 cm (0.94″).

I made the base from Baltic birch plywood, then added MDF strips to create the homemade T-track system. First, I cut the base pieces to size and glued them together. After that, I marked out the layout for the tracks, cut the slots using a dado jig, cleaned them up, and glued in the strips that form the tracks. It is important that these strips sit flush with the surface, because the base needs to stay flat while still allowing all the lathe parts to slide, lock, and adjust properly.

This base does a lot of the heavy lifting in the build. It supports the full drill lathe setup, gives you the track system for adjusting the drill holder, spindle, tool rest, and tailstock, and also makes it possible to clamp the whole jig to the workbench when in use. Without a solid base, the rest of the build would not work as well.

Step 2: Build the Spindle

The spindle is the part that supports the rotating workpiece on one side, so it needs to be solid, accurate, and aligned well. I made it from Baltic birch plywood, cutting all the pieces to size first and then assembling them into one compact support unit. The final spindle size is 13 × 9 × 9.5 cm (5.1″ × 3.5″ × 3.7″).

On the top, I mounted two bearings with an 8 mm inner diameter. I spaced the bearings apart from each other to give the spindle better support and help reduce vibrations while turning. That spacing makes a difference, especially on a smaller setup like this, where you want the workpiece to run as smoothly as possible. One important thing here is that the bearing holes need to be level and aligned, otherwise the spindle will not run true.

At the bottom, I added T-nuts so the whole spindle can be mounted onto the base and adjusted through the homemade T-track system. That makes it easy to position the spindle where needed and keeps it consistent with the rest of the modular design.

TIP: Take your time with the bearing alignment. If the bearings are not level with each other, the spindle can introduce wobble and vibrations later.

Step 3: Build the Drill Holder

The drill holder is the part that powers the whole DIY wood lathe, so it needs to hold the drill firmly while also keeping it properly aligned with the spindle. I made it from Baltic birch plywood, cutting all the pieces to size first and then assembling them into a compact holder. The final drill holder size is 17 × 11 × 12 cm (6.7″ × 4.3″ × 4.7″).

The most important part here is the adjustable holding collar that grips the neck of the drill. I made this section adjustable so it can fit drills with different collar or neck sizes, which makes the build more flexible. At the same time, the opening of the drill needs to be perfectly level with the spindle bearing holes, otherwise the setup will not run smoothly.

Once the holder is built, I attached it to the base using T-nuts, which makes it adjustable through the homemade T-track system. After that, I leveled it with the spindle and used a long bolt through the drill and bearings to fine-tune the alignment. That way, I could check that the drill and spindle run together smoothly and make any small adjustments before moving on.

TIP: Before locking the drill holder in place, run a long bolt through the drill and spindle bearings to check alignment. It is one of the easiest ways to spot any small offset early.

Step 4: Build the Tool Rest

Now make the tool rest, which supports your tools while working on the DIY wood lathe. I made mine from Baltic birch plywood and aluminum, but steel works too. The finished size is 24 × 15 × 16 cm (9.4″ × 5.9″ × 6.3″).

Cut all the parts to size, assemble the base and upright, and then attach the rest to the lathe base. The top support should be stable, smooth, and easy to position close to the workpiece for better control.

This is a simple step, but an important one. A solid tool rest makes the lathe much easier and safer to use.

TIP: Keep the tool rest as close to the workpiece as possible for better support and control.

Step 5: Add the Tailstock

The next part is the tailstock, and here I’m reusing the one from my disc sander build. It is made from Baltic birch plywood, it is adjustable, and it mounts to the base so you can move it depending on the length of the workpiece.

The key part here is the bolt running through two bearings, which serves to support the free end of the workpiece while turning. That support is important because it helps keep the piece stable and reduces wobble during use.

Once attached to the base, the tailstock works together with the spindle to hold the workpiece in position. Because it is adjustable, you can set it where needed and lock it in place for different sizes of stock.

TIP: Make sure the tailstock lines up well with the spindle and drill holder. The better the alignment, the smoother the lathe will run.

Wrap-Up

This DIY wood lathe is the kind of workshop build that makes a lot of sense to me. It is compact, modular, easy to store, and still very useful for turning small parts like knobs, handles, and similar pieces. Instead of taking up space like a full-size lathe, you can bring it out when you need it and put it away when you don’t.

Another big benefit is that the build is based on simple, reusable parts. A lot of the components are adjustable, removable, and tied to other jigs I already use in the shop. That makes the whole setup more practical and worth building.

It is not meant to replace a full wood lathe, but for smaller workpieces it does a really nice job. If you enjoy building your own workshop tools, this is definitely a project worth trying.

And if you want to see more jig builds and workshop ideas like this, have a look at my woodworking plans page.

Frequently Asked Questions

What can you make with a DIY wood lathe?

A DIY wood lathe like this is best for small wood parts such as knobs, handles, chess pieces, and other similar round parts. It is not meant for large bowls or long spindle work, but for smaller projects it can be very practical.

Can I use any drill for this homemade wood lathe?

Yes, the build uses a standard smaller electric drill, but the holder can be adjusted to fit different drill collar sizes. The important part is making sure the drill is held firmly and aligned well with the spindle.

Is this DIY drill lathe accurate enough for real woodworking?

For small workpieces, yes. If the spindle, drill holder, and tailstock are aligned properly, the setup works well and gives you enough control for smaller turning tasks. The more accurate you are during the build, the better the result will be.

What wood is this DIY wood lathe made from?

The main structure is made from Baltic birch plywood, which keeps the build stable and strong. Some parts can also include metal elements like aluminum or steel, depending on the part and your preference.

Is this a replacement for a full-size wood lathe?

No, this build is more of a compact bench-top alternative for small parts. It will not replace a full wood lathe for larger projects, but it is a useful option if you want a smaller setup that is easy to store and use when needed.

This post DIY Wood Lathe: How to Make a Drill Lathe first appeared on AllFlavor Workshop and is written by About the author, Lukas

How to Prep Wood for Cutting Boards

About the author, Lukas — Thu, 30 Apr 2026 14:00:00 +0000

AllFlavor Workshop

How to Prep Wood for Cutting Boards

When people talk about making cutting boards, they usually focus on the glue-up, the pattern, or the final look. But before any of that happens, there is one step that makes a huge difference — prepping the wood properly.

In my workshop, I usually do not start with perfectly prepared stock that is ready to glue up right away. More often, I start with rough boards, slabs, or pieces that still need a bit of work before they can become part of a cutting board. That means checking the wood, cutting away bad sections, flattening it, straightening an edge, and getting everything into a shape that is actually usable for the build.

That is what this guide is about. I’ll walk through how I prep wood for cutting boards before the actual glue-up starts, what techniques I use, and where simple jigs can make the whole process easier and more reliable.

And if you want to see the jigs that help most with cutting board work, take a look at my Best Jigs to Make Cutting Boards article.

What Prepping Wood for Cutting Boards Actually Means
Start by Checking the Board
Remove What Should Not Stay
Flatten the First Face
Straighten an Edge
Plane to Consistent Thickness
Rip the Stock and Get It Ready for Glue-Up
Planer vs. Router Flattening Jig: When to Use Which
Common Mistakes When Prepping Wood for Cutting Boards
Wrap-Up
FAQ

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How to Prep Wood for Cutting Boards — from rough stock to clean, glue-up-ready pieces.

What Prepping Wood for Cutting Boards Actually Means

Before getting into the process, it helps to define what I mean by prepping wood for cutting boards. I am not talking about cutting a log into slabs or drying lumber from scratch. I start later — when I already have rough boards, slabs, or leftover stock that could work for a cutting board, but is not ready to use yet.

At that point, the goal is simple: turn that rough stock into wood that is flat, straight, clean, and ready for glue-up. That can mean trimming cracked ends, removing bark, flattening a warped face, straightening one edge, planing to thickness, or ripping the wood into usable strips.

This part is not the flashy one, but it makes a big difference later. If the stock is not prepped properly, the glue-up becomes harder and small problems tend to follow you through the rest of the build.

NOTE: The goal here is not to make the wood perfect right away. The goal is to make it workable, safe to machine, and ready for the next stage.

Start by Checking the Board

Before I cut, plane, or flatten anything, I first take a good look at the board itself. This is the point where I check for cracks, knots, bark, live edges, twist, cup, or any sections that clearly should not stay in the final piece. Sometimes the board is mostly fine and just needs light prep. Other times, it is obvious right away that I need to cut away a bad section before doing anything else.

I also try to think a step ahead here. Not every part of the board needs to be saved, and sometimes it makes more sense to break a longer rough piece into smaller usable sections first. That can make the rest of the prep much easier and safer.

This quick check also helps me decide what method I will use next. If the board is only rough, I might move straight to flattening. If it has a live edge or no clean reference side, I already know I’ll probably need my DIY Jointer Sled. If the board is badly warped, I know I need to be more careful before sending it through the planer.

TIP: Do not look only at the surface. Sight down the board and check how it sits on a flat surface. That usually tells you much more than the rough face alone.

Remove What Should Not Stay

Once I know what I am working with, the next step is getting rid of the parts that will only cause problems later. That can mean trimming off cracked ends, cutting around defects, removing bark, or simply cutting the board down into smaller sections that are easier to handle.

I try not to force a bad piece into the build just because it looks usable at first glance. If a crack is likely to spread, or an edge is too rough to work from, it is usually better to remove it early and work with clean stock from the start.

This is also where I decide whether a live edge stays or goes. For most cutting boards, especially if I want straight strips and a clean glue-up, I remove it. But on some simpler or more decorative builds, keeping more of the original shape can still make sense.

NOTE: Removing a little more material early is usually better than fighting the same defect through the rest of the build.

Flatten the First Face

After trimming the board down, I usually move to flattening the first face. This is one of the most important steps, because everything else builds from it. If the first face is not reasonably flat, it gets much harder to plane the board properly, keep thickness consistent, or get a clean glue-up later.

If the board is only a little rough and sits fairly well, I can usually start with the planer. But if it is twisted or rocking, I first secure it to a flat support board so it can go through the planer more safely. That gives me a stable base and helps me create the first usable flat face.

In some cases, a Router Flattening Jig makes more sense, especially when I am working with a wider piece, a more awkward board, or a surface I do not want to send through the planer right away. I do not use the exact same method every time, but the goal is always the same: get one reliable flat face that I can reference from the next steps.

Once that first face is flat enough, the board becomes much easier to work with.

TIP: Do not try to force a badly warped board straight through the planer on its own. If it is rocking, support it first.

Straighten an Edge

Once I have one flat face, the next thing I want is one straight edge. That edge becomes the reference for ripping the board to width, cutting cleaner strips, and keeping the rest of the stock more accurate.

If the board already has a decent factory edge or one side is straight enough, this part can be quick. But when I start with rough stock, live edges, or uneven pieces, I usually use my DIY Jointer Sled to create that first clean reference edge on the table saw. It is one of the simplest jigs, but for this kind of work it is really useful.

After that first edge is straight, I can rip the opposite side parallel and move on with much more control.

TIP: You only need one good reference edge to make the next cuts easier and more accurate.

Plane to Consistent Thickness

With one face flat and one edge straight, the board is in much better shape to finish the prep properly. At this point, I run it through the planer until I get a consistent thickness across the piece. That does not always mean taking off a lot of material — sometimes it is just enough to clean up the second face and make the board uniform.

This step matters because once I start cutting strips or preparing pieces for glue-up, I want the stock to match as closely as possible. If the thickness is inconsistent, that usually shows up later in the glue-up, flattening, or sanding.

I still try to be careful here and remove only what makes sense. Especially with nicer hardwood, it is easy to lose more material than you expected if you rush the process.

NOTE: Consistent thickness is usually more important than chasing the absolute maximum yield from every piece.

Rip the Stock and Get It Ready for Glue-Up

Once the board is flat, straight, and planed to thickness, I can start cutting it into the pieces I actually need for the cutting board. Most often, that means ripping it into strips on the table saw. At this point, the stock is much easier to work with, and the cuts are more predictable because I already have good reference faces and edges.

This is also the stage where I start thinking more about the final board. Depending on the build, I may keep the strips simple and uniform, or I may arrange them by color, grain, or overall look before the glue-up. For a more visual build, this planning can make a big difference.

The important part is that by the time I get here, the wood is finally ready for the actual cutting board process — not just rough lumber that still needs fixing.

TIP: Before glue-up, lay the pieces out dry first. It is the easiest way to check spacing, color balance, and whether anything still needs a small adjustment.

Planer vs. Router Flattening Jig: When to Use Which

Both the planer and the Router Flattening Jig can be useful when prepping wood for cutting boards, but I do not see them as interchangeable. Most of the time, if the board is manageable and safe to run through the planer, that is the faster and simpler option. It is great for cleaning faces, bringing stock to thickness, and preparing pieces for a more standard glue-up.

The router flattening jig becomes more useful when the board is too awkward, too wide, badly warped, or simply not something I want to send through the planer yet. It is also a very practical option later in the process for end grain cutting boards, where planing can be risky and tear-out becomes a bigger concern.

If you want a deeper comparison of both methods, I also wrote a full guide on How to Flatten a Cutting Board: Planer vs Router Flattening Jig.

So for me, the planer is usually the first choice for regular prep work, while the router flattening jig is the better choice for more difficult situations or special cases.

Situation	What I’d Use	Why
Board is rough but mostly stable	Planer	Fast and efficient for cleaning the faces and bringing the stock to thickness
Board is twisted or rocks too much	Planer + support board	Creates a safer and more controlled way to flatten the first face
Board is wide, awkward, or difficult to machine	Router Flattening Jig	Gives more control when the planer is not the best option
End grain board after glue-up	Router Flattening Jig	Avoids the risk of tear-out that can happen in the planer

NOTE: In many builds, it is not really planer vs. router flattening jig. Sometimes both have their place, just at different stages of the project.

Common Mistakes When Prepping Wood for Cutting Boards

Prepping the wood well makes the whole cutting board build easier. And when something feels off later in the process, it often comes back to this stage. These are some of the most common mistakes I would watch out for:

Starting with a board that is too rough or unstable
If the board is heavily twisted, cracked, or rocking on the machine bed, do not treat it like regular stock right away. It usually needs a different approach first.
Trying to skip the first flat face
This is one of the biggest ones. If you do not get one usable flat reference face first, everything after that becomes less accurate and harder to control.
Working without a straight reference edge
Before ripping strips or sizing pieces, it helps a lot to have one clean straight edge. That is exactly where something like a Jointer Sled can save time and frustration.
Removing too much material too quickly
Especially with hardwood, it is easy to lose more stock than you wanted. I usually try to remove only what is necessary to get the board flat, straight, and workable.
Ignoring the final purpose of the board
A simple edge grain board and a more decorative or [end grain cutting board] do not always need the exact same prep strategy. It helps to think a step ahead before deciding how far to take the stock at each stage.
Using the planer where a different method would be safer
Sometimes the planer is the best tool, and sometimes it is not. Wide, awkward, badly warped, or later-stage end grain pieces often make more sense with a Router Flattening Jig or another more controlled setup.

TIP: The goal is not to make the wood perfect as fast as possible. The goal is to make it safe, predictable, and ready for glue-up.

Wrap-Up

When I make cutting boards, I do not usually start with perfectly prepared stock. Most of the time, I begin with rough boards or slabs that still need some work before they are ready for the actual build. And over time, I have found that this prep stage makes a much bigger difference than it may seem at first.

If the wood is flat, straight, and clean, everything that comes after gets easier — cutting strips, glue-up, flattening, and final sanding. If the prep is rushed, those problems usually come back later. That is why I try to slow down here and get the stock into a shape that is actually workable before moving on.

For me, this is not the most exciting part of making a cutting board, but it is one of the most useful things to get right. A well-prepped piece of wood gives you a better start, more control, and usually a much cleaner final result.

And if you want to make that whole process easier, have a look at my Best Jigs to Make Cutting Boards article. It covers the jigs I use most often when building, flattening, and finishing cutting boards in the workshop.

FAQ

1. How do you prep wood for cutting boards?

To prep wood for cutting boards, start by checking the board for cracks, bark, twist, cup, or other defects. Then remove any bad sections, flatten one face, straighten one edge, plane the stock to a consistent thickness, and cut it into pieces that are ready for glue-up.

2. Do I need perfectly flat wood before making a cutting board?

You do not need the wood to be perfect right away, but you do want it to be flat enough, straight enough, and consistent enough for the next step. The goal is to create reliable reference faces and edges so the glue-up and later flattening are easier.

3. Can I use rough lumber for cutting boards?

Yes, you can use rough lumber for cutting boards, as long as you prep it properly first. That usually means trimming defects, flattening the board, straightening an edge, and planing it before starting the cutting board build.

4. Should I use a planer or a router flattening jig?

It depends on the board. A planer is usually the faster option for stock that is stable and manageable. A Router Flattening Jig makes more sense for boards that are too wide, badly warped, awkward to machine, or for later-stage end grain flattening.

5. What is the most important step when prepping wood for cutting boards?

The most important part is creating good reference surfaces. In practice, that means getting one flat face and one straight edge before moving further. Once you have those, the rest of the prep becomes much easier and more accurate.

This post How to Prep Wood for Cutting Boards first appeared on AllFlavor Workshop and is written by About the author, Lukas

Types of Cutting Boards (And How to Make Them)

About the author, Lukas — Thu, 23 Apr 2026 14:00:00 +0000

AllFlavor Workshop

Types of Cutting Boards (And How to Make Them)

There are a lot of different types of cutting boards, and that is one of the reasons this is such a great woodworking project. Some boards are simple and practical, some are more decorative, and some take quite a bit more planning and glue-up work. Over time, I’ve made a few different cutting boards myself, and I’ve found that people are often not just looking for what a cutting board is, but which type makes the most sense to build.

That is what this guide is about.

Instead of looking at cutting boards from only one angle, I want to go through the main types of cutting boards more broadly — by build approach, style, and overall look. The goal here is not to list every possible cutting board out there, but to give you a practical overview of the main directions you can take depending on your skill level, tools, and the kind of board you want to make.

And if you want to see the jigs that help most with cutting board projects, take a look at my Best Jigs to Make Cutting Boards article.

Cutting Board Type	Best For	Difficulty	Main Look	Typical Build Approach
Face Grain	Simple builds, serving boards, quick projects	Easy	Clean wood grain, flatter look	Boards glued edge to edge with the face up
Edge Grain	Everyday cutting boards, beginner-friendly builds	Easy to Medium	Straight grain lines, classic striped look	Boards glued face to face with the edge up
End Grain	Heavier-duty boards, premium builds, pattern work	Medium to Hard	Block pattern, detailed surface, decorative look	Strips are glued, cut, rotated, and glued again
Striped / Simple Pattern	Clean modern boards, easy design upgrades	Easy to Medium	Strong contrast, neat repeated lines	Alternating wood species in a simple glue-up
Ombre / Gradient	Decorative boards, gift builds, visual projects	Medium	Smooth transition from light to dark	Careful wood selection and color-based layout
Chaotic / Mixed Pattern	Creative builds, offcut use, unique one-off boards	Medium to Hard	Randomized pattern, more organic look	Mixed strip sizes, species, and varied glue-up layout

How to Think About Different Types of Cutting Boards
Cutting Boards by Construction Type
Cutting Boards by Style and Design
Cutting Boards by Purpose
Which Type of Cutting Board Should You Make First?
Common Mistakes When Choosing a Cutting Board Type
Wrap-Up
FAQ

How to Think About Different Types of Cutting Boards

When people talk about different cutting boards, they often mean different things. Sometimes they mean the actual construction, like face grain, edge grain, or end grain. Other times they mean the overall look of the board — for example a simple striped board, an ombre layout, or a more chaotic pattern made from mixed pieces. And in some cases, they are really thinking about purpose: a daily-use kitchen board, a serving board, or a heavier-duty chopping board.

That is why I think it makes sense to look at cutting boards from more than one angle. If you only group them by construction, you miss a lot of the design side. But if you only look at the visual style, you miss the practical part of how the board is actually built and used.

So in this article, I’ll keep it simple and go through the main types of cutting boards in a way that is useful for someone who wants to make one. I’ll look at them from the workshop perspective — how they are built, what makes them different, and what kind of project each one is best suited for.

If you want a deeper comparison of the structural side, you can also check my article on face grain vs edge grain vs end grain cutting boards.

NOTE: A cutting board can fit into more than one category at the same time. For example, a board can be edge grain by construction, striped by design, and still be intended as an everyday kitchen board.

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Types of Cutting Boards — visual guide to cutting board types, styles, and build ideas.

Cutting Boards by Construction Type

One of the most common ways to group cutting boards is by how they are built. This is usually the first distinction woodworkers learn, because it affects not just the look of the board, but also how the glue-up works, how much stock you need, and how involved the whole project becomes.

The three main construction types are face grain, edge grain, and end grain.

Face grain boards are usually the simplest visually. They show more of the wide face of the wood, and they can work well for lighter-use boards or serving-style projects.
Edge grain boards are one of the most common choices for woodworking projects. They are practical, look clean, and are a very good option if you want to build a solid everyday cutting board without making the process too complicated.
End grain boards are the most involved of the three, but they also open the door to more decorative layouts and premium-looking builds. They usually take more preparation, more milling, and more careful glue-up work, but the final result can be really impressive.

For me, this is the most useful way to think about construction type: it sets the base of the project. After that, you can still change the style, pattern, wood species, shape, handles, or add details like a juice groove. That is why construction type matters — it gives the board its starting point.

TIP: If you are just getting into cutting boards, edge grain is usually a very good place to start. It gives you a nice result without making the glue-up too complicated.

Cutting Boards by Style and Design

Once you get past the basic construction type, the next big difference is the overall style of the board. This is usually the part that gives a cutting board its personality. Two boards can be built the same way structurally, but still look completely different depending on the wood choice, strip layout, color contrast, and pattern.

The simplest style is a striped board. That is often where many cutting board projects begin, and for good reason. It is clean, practical, and easy to adjust just by changing the wood species or the width of the strips. Even a basic striped layout can look really good if the proportions are right.
From there, you can move into more visual designs like ombre or gradient boards, where the color shifts gradually from light to dark, or the other way around. These builds usually take a bit more planning, because the look depends a lot on how you arrange the pieces before glue-up. The construction itself may not be dramatically harder, but the layout matters much more.
Then there are chaotic or mixed-pattern boards, where the goal is not a clean repeated pattern but a more varied and organic look. These can be a great way to use different offcuts or mix several species together, but they also need some control. If the layout is too random, the board can start to look messy instead of intentional.

This is the part of cutting board making I enjoy a lot, because small changes in layout can completely change the final result. Sometimes the board is all about function, and sometimes the visual side becomes part of the fun. And in many cases, it is somewhere in between.

If you plan to add details later, this is also the stage where it helps to think ahead. For example, if you want to cut a juice groove, add handles, or shape the edges, it is easier to plan that early rather than treat it as an afterthought.

NOTE: Style and construction are not the same thing. A board can be edge grain by construction, but still be striped, ombre, or chaotic by design.

Cutting Boards by Purpose

Another useful way to think about cutting boards is by what you actually want them to do. Because in the workshop, the “right” board is not always the most complex one or the most decorative one. Sometimes the best choice is simply the one that fits the job.

Some boards are meant for everyday kitchen use. These are the boards you want to reach for often, clean easily, and use without overthinking it. In that case, a practical shape, comfortable size, and solid construction usually matter more than a very complicated pattern.
Other boards lean more toward serving or presentation. These can still be fully usable, but the visual side plays a bigger role. This is where shape, contrast, and details like rounded corners, handles, or a more decorative layout can make a bigger difference.
Then there are boards built more like heavy-duty chopping boards, where thickness, durability, and overall sturdiness matter more. These tend to feel more substantial and are often the kind of project where you want the board to stay planted and handle regular hard use.

I think this matters because it changes how you approach the build. If you are making a daily-use kitchen board, you may want to keep the design simpler and focus more on practicality. If you are making a gift or a more decorative piece, you might spend more time on layout, color transitions, and finishing details.

And once you know the purpose, a lot of smaller decisions become easier too — size, thickness, edge treatment, whether to add a juice groove, and how much time it makes sense to invest in the overall design.

TIP: Before starting a cutting board, decide whether you want it to be mainly practical, mainly decorative, or somewhere in between. That one decision makes the rest of the build much easier.

Which Type of Cutting Board Should You Make First?

If you are just getting started, I think the best choice is usually a simple edge grain board or another clean striped build. It gives you a good result, teaches you the main process, and does not make the glue-up harder than it needs to be.

Once you are comfortable with that, it makes sense to move into more planned designs like ombre layouts or more decorative boards where the visual side matters more. And after that, if you want more of a challenge, you can step into end grain builds or more complex mixed patterns.

That is usually the order I would recommend: start simple, get the process right, and then build up from there. Things like clean milling, accurate glue-ups, flattening, shaping, and sanding matter on every cutting board, no matter how simple or advanced the final design is.

If you want help with that side of the process, take a look at my Best Jigs to Make Cutting Boards article. Jigs like a jointer sled, flattening jig, handle jig, or even a good sanding block can make a big difference when building cutting boards.

TIP: A simpler board that is well milled, well glued, and nicely finished will usually look better than a more complex board that feels rushed.

Common Mistakes When Choosing a Cutting Board Type

One mistake I see quite often is starting with a cutting board that looks impressive, but is simply too complicated for where you are at. It is easy to get pulled toward a more advanced pattern or glue-up, but if the process becomes frustrating, the whole project stops being fun.

Another common mistake is focusing too much on the look of the board and not enough on how it will actually be used. A board for everyday kitchen use does not need the same approach as a decorative serving board or a heavier chopping block. The purpose should always help guide the design.

I also think people sometimes underestimate how much the prep work matters. A cutting board may seem like a simple project, but straight stock, clean glue-ups, flattening, and sanding make a huge difference in the final result. Even a basic board can look great if those parts are done well.

If you are unsure, choose the simpler version first. You can always make a more advanced board next, but a clean and well-finished simple board is never a bad project.

Mistake	Why It Happens	Better Approach
Choosing a design that is too advanced	The board looks exciting, but the build is harder than expected	Start with a simpler striped or edge grain board first
Thinking only about appearance	The design comes first, but the actual use is ignored	Match the board style to whether it is for daily use, gifting, or display
Underestimating prep and finishing	Cutting boards seem simple, so milling and sanding get rushed	Put more focus on straight stock, flat glue-ups, and clean finishing

Wrap Up

There are a lot of different ways to approach cutting boards, and that is exactly what makes them such a good woodworking project. You can keep things simple and practical, or you can put more focus on design, pattern, and overall presentation. For me, that is part of the fun — even when the project stays relatively small, there is still a lot of room to experiment and improve.

If there is one thing I would recommend, it is to choose the type of cutting board that fits your current skill level, tools, and goal for the build. A simpler board done well is always better than a more complicated one that feels rushed. Once you get the process down, it becomes much easier to move into more decorative or more advanced builds.

And if you want help with the process side of it, have a look at my Best Jigs to Make Cutting Boards article. It covers the jigs I find most useful when building and finishing cutting boards in the workshop.

FAQ

1. What are the main types of cutting boards?

The main types of cutting boards are usually grouped by how they are built: face grain, edge grain, and end grain. But in practice, cutting boards can also be grouped by style, pattern, and purpose. That is why two boards can be built differently and still both work well, depending on what you want from the project.

2. What is the easiest type of cutting board to make?

A simple edge grain cutting board is usually one of the easiest options to start with. It gives you a solid, practical result without making the glue-up too complicated. A basic striped board is often a very good first project if you want to learn the process.

3. Which type of cutting board is best for beginners?

For most beginners, a simple cutting board with a clean layout is the best place to start. That could be an edge grain board or another straightforward striped design. It lets you focus on milling, glue-up, flattening, and sanding without adding too much complexity right away.

4. Can different cutting board styles use the same construction type?

Yes, absolutely. A cutting board can be one construction type and still have many different design styles. For example, an edge grain board can be striped, more decorative, or built with a more varied mixed pattern. The construction and the visual design are related, but they are not the same thing.

5. How do I choose the right type of cutting board to build?

The best way is to start with the purpose of the board and the tools you have available. If you want a practical everyday board, a simpler build usually makes the most sense. If you want something more decorative or want to try a new pattern, you can choose a design that gives you a bit more of a challenge.

This post Types of Cutting Boards (And How to Make Them) first appeared on AllFlavor Workshop and is written by About the author, Lukas

How to Flatten a Cutting Board: Planer vs Router Flattening Jig

About the author, Lukas — Thu, 05 Feb 2026 14:00:00 +0000

AllFlavor Workshop

How to Flatten a Cutting Board: Planer vs Router Flattening Jig

This article starts at the point where most cutting boards actually become a cutting board: right after glue-up, when you’ve got a solid blank… but it’s not perfectly flat yet. Maybe it’s slightly cupped, maybe you’ve got glue lines or ridges, or maybe you’re trying to rescue a board that already looks “finished,” but rocks on the counter.

The good news: you don’t need a huge machine setup to fix it. A planer and a router flattening jig can both get you to a flat board — but each one shines in different situations. And since a planer is expensive (and many woodworkers simply don’t have one), I’ll also show you how to flatten a cutting board without a planer using a router jig, with results that can be just as good (and sometimes even better).

One quick note: even though I’m talking about flattening cutting boards, these exact methods also apply to wood prep before the build — flattening slabs, boards, and glue-ups before you start adding features like grooves and handles.

If you want the safest “works on almost anything” method, check out my DIY Router Flattening Jig build (and plans) — it’s one of the most useful jigs I use for board making.

Quick Answer (Planer vs Router Flattening Jig)

Use a planer when your board fits, the glue-up is decent, and you’re flattening a face grain board (and in many cases edge grain too). It’s much quicker than a router jig — just keep in mind you can get snipe, which may cost you a bit of length or thickness.
Use a router flattening jig when the board is too wide for your planer, when you want to avoid losing material to snipe, or when you want maximum control (especially on trickier boards). It’s generally safer and more forgiving, but also slower — and the nice part is you can build one as a DIY solution if you don’t own a planer.

If you’re not sure which way to go, I usually default to the router jig for safety and control — then only use the planer later if it still makes sense for final thicknessing.

Planer vs Router Flattening Jig: Decision Table
What “Flat” Actually Means (And Why It Matters for Cutting Boards)
Flattening a Cutting Board With a Planer
Flattening a Cutting Board With a Router Flattening Jig
Hybrid Workflows (Best of Both Worlds)
Surface Quality: Planer vs Router Jig (And How Much Sanding to Expect)
Troubleshooting Cutting Board Flattening (Quick Fixes)
Wrap-Up
FAQs: How to Flatten a Cutting Board

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How to Flatten a Cutting Board — Planer vs Router Flattening Jig (quick decision guide).

Planer vs Router Flattening Jig: Decision Table

If you only read one section, read this one. Here’s the quick “which method should I use?” guide based on board size, board type, and the most common issues after glue-up.

Situation / Goal	Planer	Router Flattening Jig	My pick
Face grain board (normal size, mild glue lines)	FastGreat finishVery safe when grain is friendly.	WorksSlower, but still a solid option.	Planer (if it fits)
Edge grain board (tight glue-up, clean surface)	FastUsually fine, but watch grain direction and take light passes.	SaferMore control if you’re worried about tear-out.	Planer (light passes)
End grain board	Not recommendedRisk of tear-out and damaged edges.	Best choiceControlled, predictable, and safer.	Router jig
Board is too wide for your planer	Not possible (capacity limit).	PerfectDesigned for wide glue-ups and slabs.	Router jig
You want to avoid snipe / save length & thickness	Snipe riskPlan extra length or use sacrificial ends/support.	No snipeMore control over exactly what gets removed.	Router jig
Board is cupped / twisted (rocks on the bench)	Possible, but only after you stabilize it (sled/shims), otherwise you “plane it wrong.”	GreatShim the board solid and flatten one face properly.	Router jig
You don’t own a planer	CostlyHard to justify for occasional flattening.	DIY friendlyBuild a simple sled and you’re set.	Router jig
You want the fastest workflow (multiple boards)	BestQuick passes, repeatable results.	Slower setup + slower flattening passes.	Planer
Surface quality right off the tool	Cleaner finishLess sanding (usually).	Router linesExpect light sanding to remove tracks.	Planer
Safety & control (beginner-friendly)	Safe when used correctly, but mistakes can happen fast.	More forgivingSlower, controlled material removal.	Router jig
My “real-world” approach	Great for final thicknessing after you have one flat face.	Great for getting the first face flat (especially wide or twisted boards).	Hybrid (often)

What “Flat” Actually Means (And Why It Matters for Cutting Boards)

A cutting board doesn’t need to be “machinist flat” — it just needs to sit stable on the counter and have two faces that are flat enough to stay that way. Most problems come from one of these three shapes:

Cup – the board curves across the width (it rocks on the counter)
Bow – the board curves along the length
Twist – opposite corners are high/low (the annoying one)

The reason this matters is simple: if you try to plane or sand a board that’s rocking, you usually just follow the curve and end up with a board that looks smooth… but still isn’t truly flat.

✅ My rule of thumb:

The board should sit on a flat surface without rocking.
A straightedge should show no obvious gaps across the face (a tiny gap is fine — your finish and sanding won’t fix a big one).

Also, remember the “flattening trap”: every pass removes thickness. So flattening is always a balance between getting it stable and not thinning the board more than you want. If you’re already close to your target thickness, it’s often smarter to stop once the board is stable and do the rest with sanding.

1. Flattening a Cutting Board With a Planer

A planer is the fastest way to flatten a cutting board when the board fits and the stock is reasonably cooperative. For face grain boards it’s usually straightforward, and for many edge grain boards it works great too — you just want to be a bit more careful with light passes and grain direction. The two big things to watch are tear-out (mainly on edge grain) and snipe (on the first/last part of the board).

Use your planer when:

the board fits your planer’s width and height capacity
the glue-up is fairly even (no big ridges)
you want a fast, repeatable workflow (especially if you’re making multiple boards)

Step-by-Step: How I Flatten a Cutting Board With a Planer

Step 1: Remove glue squeeze-out first

Before the board goes anywhere near the planer, remove all dried glue (especially along glue lines). Glue is harder than wood and can nick your blades — and it can also leave ugly tracks.

Step 2: Take light passes and alternate faces

Start with shallow cuts and don’t rush it. After a few passes, flip the board and plane the other side. Alternating faces keeps things more balanced and helps prevent new warping.

Step 3: If the board rocks, stabilize it with a sled (hot glue works)

If your board is cupped or twisted, don’t send it through the planer as-is. It will rock, and you’ll end up planing the shape into it. Instead, stabilize it first — one easy method is hot-gluing the board to a flat sled/base so it can’t move.

Step 4: Leave sacrificial ends to deal with snipe

Planers often leave a bit of snipe at the beginning and end of a board. The easiest solution is to leave extra length and treat the ends as sacrificial, then trim them off later (especially helpful if your slab ends had cracks anyway).

2. Flattening a Cutting Board With a Router Flattening Jig

If you don’t own a planer (or your board is too wide to fit in one), a router flattening jig is the most reliable way to get a cutting board dead flat. It’s generally safer and more forgiving than a planer because you remove material slowly and you’re always in control — the trade-off is that it’s slower and you’ll usually have a bit more sanding afterward.

If you want to build the same setup I use, check out my DIY Router Flattening Jig (build + plans) — it’s the go-to solution for flattening boards without a planer.

Step-by-Step: How I Flatten a Cutting Board With a Router Jig

Step 1: Lock the board down so it can’t rock

This is the most important part. If the board moves or rocks, you’ll “chase flat” and never get a true reference face. I support the board with shims (or wedges) and clamp it so it stays perfectly still.

Step 2: Set up the rails and sled (parallel + rigid)

Make sure the rails are solid, parallel, and the sled moves smoothly without slop. Any flex here shows up in your surface.

Step 3: Use the right bit and take shallow passes

A large flattening/surfacing bit works best. I set a shallow depth and take multiple passes instead of trying to hog it all at once.

Step 4: Work in a consistent pattern with overlap

I move across the board in rows, overlapping each pass so I don’t leave ridges. Slow and steady wins here.

Step 5: Check progress, then flatten the second side

Once the first face is flat, flip the board, support it again if needed, and flatten the second face to thickness.

Step 6: Clean up the router lines

You’ll usually see light “tracks” from the bit. A quick sanding session removes them easily.

Hybrid Workflows (Best of Both Worlds)

In a real shop, it’s rarely “planer or router jig” — it’s often both.

Each method has its strengths, and combining them is usually the most efficient approach. The best workflow mainly depends on board type (face/edge/end grain) and board size, because those two factors decide what’s safe, what fits your tools, and how much material you can afford to remove.

A common pattern is: use the router flattening jig to get one face truly flat (especially on wider or trickier boards), then use the planer for quicker thicknessing — but only when it makes sense for the board you’re working with.

Surface Quality: Planer vs Router Jig (And How Much Sanding to Expect)

If we’re talking purely “out of the box” surface quality, a planer usually wins. The surface typically feels cleaner right away — especially on face grain boards — and it often needs less work before finishing.

That said, both methods still require sanding. How much sanding you’ll do depends more on the type of cutting board than on the tool:

Face grain boards: usually quick sanding. They plane nicely, and the grain sands fast.
Edge grain boards: a bit more sanding time, and you’ll notice it more if the grain is mixed or hard.
End grain boards: the most sanding, almost always. End grain just takes longer to smooth out.

A router flattening jig adds one extra factor: it leaves faint router tracks from the surfacing bit. You usually won’t feel them with your hand, but they are visible — and on an end grain board, that means you’re doing the “slow sanding” plus removing routing marks.

For sanding, I treat it as a simple progression: start around 80 grit (to remove tool marks), then work up through the grits until the surface looks and feels right — often up to around 300 grit before oil.

If you’re not sure which board type you’re working with (or why sanding feels so different), check out my guide on cutting board types: face grain vs edge grain vs end grain — it’ll make the rest of this process click fast.

Troubleshooting Cutting Board Flattening (Quick Fixes)

If something feels “off” while flattening (rocking, snipe, tracks, tear-out), use this table to diagnose the cause and fix it fast.

Problem	Likely Cause	Fix	Prevent Next Time
Board still rocks after “flattening”	Board wasn’t supported (router jig) or it rocked in the planer; you flattened the curve, not the board.	Find the high corners, shim properly, and re-flatten one face as a true reference.	Always stabilize the board first (shims/sled). Don’t plane a rocking board freehand.
Planer snipe dents on the ends	Normal planer behavior; infeed/outfeed support not ideal; board too short.	Trim off the snipe, or re-plane with better support and lighter passes.	Leave sacrificial ends, support in/outfeed, use light cuts, keep board longer during flattening.
Tear-out / chipped edges	Wrong grain direction, heavy pass, dull knives; risky on edge grain and especially end grain.	Take lighter passes, slow feed, switch direction, sharpen/replace knives; switch to router jig if needed.	Light passes only, keep knives sharp, avoid planing end grain boards.
Deep planer lines / ridges	Glue squeeze-out hit the knives, nicked blade, or uneven feed pressure.	Remove all glue, replace/rotate knives, then take a very light finish pass.	Scrape glue before planing; don’t send glue ridges through the planer.
Router tracks are visible after flattening	Normal surfacing marks from the bit and pass overlap.	Sand starting around 80 grit until tracks disappear, then work up to ~300.	Use shallow passes, overlap consistently, keep rails rigid and sled tight.
Chatter / washboard surface from the router	Too deep of a cut, moving too fast, loose sled/rails, or bit not ideal.	Reduce depth, slow down, tighten the sled/rails, and take a cleanup pass.	Shallow passes, rigid rails, sharp surfacing bit, steady feed.
Burn marks	Too slow feed, too high RPM, dull bit, or too much material removed per pass.	Lower RPM, speed up feed slightly, take shallower passes, clean/replace bit.	Shallow passes, correct RPM, keep bits clean and sharp.
Low spots won’t disappear (you keep chasing them)	Board wasn’t supported flat, or you’re removing too much from the wrong area.	Stop, re-check with a straightedge, re-shim the board, then flatten again properly.	Shim before the first pass; lock the board so it can’t move at all.
Board got too thin	Flattened past what was necessary; started too thin; tried to remove twist by over-flattening.	Accept “flat enough” and finish by sanding; for severe twist, rebuild or use thicker stock next time.	Start thicker, flatten only until stable, then sand; don’t try to fix major twist by thinning.
Board warped again after flattening	Uneven moisture, uneven sanding/finishing, or stored wet/flat on a counter.	Re-flatten if needed, then oil all sides evenly and dry/store upright.	Finish both sides, avoid soaking, dry upright, don’t store flat while wet.

Wrap-Up

Both methods work — the key is using the right one for the situation.

For face grain (and often edge grain too), a planer is usually the fastest option. It’s quick, repeatable, and the surface often comes out cleaner right away — you just need to plan for snipe and take lighter passes when the grain gets tricky.

For wide boards, twist/cup, or when you want maximum control, a router flattening jig is the safer choice. It’s slower, but it’s predictable and works even if you don’t own a planer.

My biggest rule is this: I’ll use a planer on face or edge grain, but I’m very cautious with end grain. After days of glue-ups and work on an end grain board, I want the flattening step to be as smooth and safe as possible — and that’s where a router jig shines.

If you want the method I trust most for wide boards and end grain, check out my DIY Router Flattening Jig (build + plans). And if you’re building more boards this year, my roundup Best Jigs for Making Cutting Boards will show you the essential jigs I use to make the whole process easier, safer, and repeatable.

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Flatten a Cutting Board Without a Planer — router flattening jig method (wide boards + end grain).

FAQ

1) Can I flatten a cutting board without a planer?

Yes. A router flattening jig is the most reliable way to flatten a cutting board without a planer, especially if the board is wide, cupped, or twisted. It’s slower than a planer, but it’s controlled and beginner-friendly.

2) Is it safe to run an end grain cutting board through a planer?

I don’t recommend it. End grain boards can chip and tear out more easily, and after all the work that goes into an end grain board, it’s not worth the risk. A router flattening jig is the safer choice.

3) What router bit is best for flattening a cutting board?

A surfacing/flattening bit (wide cutter) is the best option because it removes material evenly and leaves fewer ridges. Sharp bits and shallow passes make a big difference in surface quality.

4) How do I avoid planer snipe when flattening a cutting board?

The easiest fix is to leave extra length and trim the ends after planing. You can also support the board at the infeed/outfeed, take lighter passes, and avoid planing very short pieces.

5) How smooth should the board be after flattening?

Flattening is about getting it flat — sanding is what makes it finish-ready. I usually sand from about 80 grit up to 300 grit, and end grain boards will take the most time (especially if you’re removing router tracks).

This post How to Flatten a Cutting Board: Planer vs Router Flattening Jig first appeared on AllFlavor Workshop and is written by About the author, Lukas

DIY Table Saw Push Block: How to Build a Safe Push Block for Clean Cuts

About the author, Lukas — Thu, 22 Jan 2026 14:00:00 +0000

AllFlavor Workshop

DIY Table Saw Push Block: How to Build a Safe Push Block for Clean Cuts

In this blog post I’m going to show you how to build a DIY push block for the table saw—one of those simple jigs that makes ripping much safer and more controlled. A good push block keeps your hands well away from the blade, gives you downward and straight-forward pressure instead of just poking from behind, and really helps on narrow rips and even round stock like dowels and poles. That extra control means less burning, less chance of kickback, and cleaner cuts compared to a simple push stick.

This version is built from Baltic birch plywood and MDF in a size of about 205 × 90 × 60 mm (roughly 8″ × 3½” × 2⅜”). The build includes a base with side stands, a comfortable handle, an adjustable center piece that rides in a T-track, and a detachable side support leg for extra stability. You can also add a rear stop block to push the workpiece from behind. And it’s even better if you build two—perfect for controlling longer pieces during a rip.

👉 If you want to see how this push block fits into a full jig setup, check out my Best Table Saw Jigs for Your Workshop—this build pairs really well with a good crosscut sled, thin strip jig, and spline jig.

Video: Watch the Build

Before we dive into the step-by-step photos, here’s the full build of the DIY table saw push block so you can see how the base, side stands, center piece, side support leg, and handle all come together on the bench and at the saw.

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Video: Watch the Build
Tools and Materials
How a Push Block Makes Cuts Safer
Let’s Start Building!
Step 1: Building the Push Block Base Frame
Step 2: Attaching the Side Legs
Step 3: Building the T-Tracks on Top of the Base
Step 4: Making the Adjustable Center Leg
Step 5: Adding the Non-Slip Rubber Pad
Step 6: Building the Side Adjustable Stand
Step 7: Final Assembly – Putting Everything Together
Wrap-Up: Why This Push Block Is Worth Building
FAQs: DIY Table Saw Push Block

Tools and Materials

This DIY table saw push block is made mostly from Baltic birch plywood, MDF, and a few hardware pieces. Here’s what I used in my shop (some of these are affiliate links, which help support my work at no extra cost to you):

Materials & Hardware:

Painters Tape – link
Wood Glue – link
5 Min Epoxy – link
Wood Screws – link
Sandpaper Sheets – link
Double Sided Woodworking Tape – link
M6 Screw Knobs – link
Non-Slip Foam Rubber Mat
Baltic birch plywood (12 mm for base and structural parts)
MDF offcuts (for internal blocks and pads)
M6 Bolts, M6 Wingnuts, M6 Square Nut

Tools:

Table Saw – link
Hand Drill – link
Drill Press – link
Narex Chisels – link
Table Saw Blade – link
Japanese Dozuki Saw – link
Machinist Square – link
F-Clamps – link
Spring Clamps – link
T-track Clamps – link
Drill Bit Set – link
Straight Router Bit 6 mm – link

See all the Tools and Materials I use here.

📌 Ready to build it?
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DIY Table Saw Push Block — adjustable center leg, side stand, and non-slip base for safer ripping cuts.

How a Push Block Makes Table Saw Rips Safer and Cleaner

A push stick is better than nothing—but it mostly just pushes from the back. A push block, on the other hand, gives you downward and forward pressure at the same time, which changes everything when you’re ripping narrow strips or tricky stock. With a grippy base and heel, the block presses the workpiece down to the table and into the fence, which means less burning, less wandering, and a much lower chance of kickback.

Because your hand is on top of the block, not behind the blade, your fingers stay well away from the danger zone. The wider footprint also supports narrow pieces better than a thin stick, so they don’t chatter or tip as you move past the blade. The adjustable center piece and side support leg on this design let you tune the contact points to the width and shape of the workpiece—even for things like dowels or poles.

In my own shop I use this DIY push block side by side with a commercial one. If you prefer to buy instead of build, the push block I rely on the most is the Grr-Ripper—it’s still the best store-bought push block I’ve used. If you’re considering that route, check out my Grr-Ripper review and my article on the best table saw push blocks for a deeper comparison and ideas on when a premium push block is worth it.

Let’s Start Building!

This push block is built around a sturdy base frame with side stands that straddle the workpiece, so it feels stable as you push along the fence. In the center of the base, we’ll add two homemade T-tracks and a sliding center piece you can position exactly where you want the pressure. On one side, there’s a detachable side support leg, and on top, a shaped handle, allowing you to apply even pressure without straining your wrist.

On the underside, a non-slip foam rubber pad gives the block its grip. We’ll go step by step through:

Building the base frame and side stands
Routing the T-tracks and making the adjustable center piece
Adding the side support leg and anti-slip pad
Assembling all the parts

Once you have the first one done, making a second matching push block will be much easier.

How to Make a Push Block for Table Saw

Step 1: Building the Push Block Base Frame

I start by cutting the two base layers to size: both pieces are 190 × 90 mm, one from 12 mm plywood and the other from 9 mm plywood. I rip them to width on the table saw and then crosscut to final length using my table saw sled, so both pieces come out square and identical.

Then I glue the pieces together and additionally add a few screws from the side of the 9 mm plywood (which will be the bottom piece). Before moving on, I also carve two shallow hexagon recesses on the bottom side for the M6 bolt heads that will hold the handle later. It’s much easier to do this now while everything is still accessible. The bolt heads sit flush in the recesses so the base stays flat.

Note: Make sure all screw heads are flush or slightly below the surface so they don’t interfere with the rabbets or with the center leg.

Then I mark out the two rabbets on the bottom piece using my ruler marking gauge—one 12 mm wide, the other 6.5 mm. These will form the “legs” of the push block that straddle the workpiece. I cut the rabbets on the table saw, setting the blade height so the depth equals the full thickness of the 9 mm bottom layer. After the cuts, I clean up and lightly sand the rabbets.

Step 2: Attaching the Side Legs

With the rabbets cut and cleaned up, it’s time to add the side legs that give the push block its height and help it straddle the workpiece. I cut two plywood pieces to size. Each piece matches the length of the base so everything lines up nicely:

190 × 40 × 12 mm
190 × 40 × 6.5 mm

I apply just enough wood glue into the rabbets, then seat the plywood pieces into the grooves and clamp them in place. Once they’re aligned and clamped, I add a few screws from the sides of the stands into the base to reinforce the joint.

Again, all screw heads must sit flush or slightly below the surface, so they don’t catch on the table saw fence or interfere with the adjustable supporting side stand.

Tip: Before gluing the side stands in place, you can carve two hexagon recesses in the 12 mm leg for the M6 bolt heads that will later hold the side adjustable stand. Again, it’s much easier to do this now than after everything is assembled (you can see me do that in step 3).

Step 3: Building the T-Tracks on Top of the Base

Next, I add two T-tracks on the top of the push block base—one toward the front and one toward the back. These tracks let the central leg/pressure block slide and lock in place..

I start by marking the track layout on top of the base and then cut the grooves on the table saw using my sled. The tracks are:

One deeper central dado (about 10 mm deep)
Two shallower outer dados (about 3 mm deep each)

After cutting, I clean up the grooves and cut MDF strips to fit the outer dados. With just enough wood glue, I press the MDF strips into the outer slots.

Tip: Be careful with the glue here — if it gets into the central dado, it’s hard to remove later and can stop your T-track bolts from sliding smoothly. Screws can be used too.

Once the glue dries, I test the track with a square-nut setup to make sure it slides freely along the full length.

👉 Check out my DIY T-Tracks and T-Track Bolts guide, where I go step by step through building custom T-tracks for jigs and fixtures.

Step 4: Making the Adjustable Center Leg

The adjustable center leg is the part that actually pushes down on the workpiece and slides in the T-tracks so you can position it exactly where you need it.

I start by cutting all the pieces to size. The center leg is made from six small parts:

2 pieces that form the main leg
2 side pieces that connect the leg to the top
2 upper pieces that sit over the T-tracks

First, I drill the connecting holes in the upper pieces. These holes will later accept the M6 Wing bolts.

With the holes drilled, I glue up the stack: the leg pieces, side pieces, and top pieces all come together in a small “bridge” that can straddle the T-track and press down on the workpiece. I use a few screws for extra strength.

At this stage I don’t add the wing screws or nuts yet—those will go in during the final assembly. For now, the goal is to have a solid, adjustable center block that fits nicely over the tracks and is ready to be bolted down later.

Step 5: Adding the Non-Slip Rubber Pad

The non-slip rubber pad is what really lets the push block grab the workpiece instead of just sliding over it. The goal here is to create a solid, grippy contact between the jig and the workpiece so you can push it forward with confidence.

This part takes a bit of experimenting to find the right material. I’m using a rubber sheet from a local store that I cut into strips and glue to the bottom of the legs. Over time, the surface can lose some of its bite; when that happens, I just give it a light mist with spray adhesive, and the grip comes back nicely.

I cut all the rubber strips to size and use epoxy to glue them onto the bottom faces of the legs. I press everything firmly in place and let the epoxy fully cure before using the push block on the saw.

Step 6: Building the Side Adjustable Stand

The side-adjustable stand helps match the height of the workpiece, so the push block sits flat and stable while you cut. With it attached, the jig rests on both the main legs and the stand, which adds support on taller or narrower boards. If you don’t need it, you can simply unbolt it and set it aside.

I cut a horizontal base piece and a vertical piece, then route two vertical slots in the upright for height adjustment. The vertical piece is glued onto the horizontal base, and I add two small support blocks.

The finished side stand is attached to the 12 mm side leg of the push block with bolts and wing nuts passing through the slots. This lets you raise or lower the stand to match your stock and then lock it in place.

Step 7: Final Assembly – Putting Everything Together

With all the components ready, it’s time to assemble the push block and get it ready for the table saw.

First, I add the handle. It mounts on top of the base and is secured with bolts and wing nuts, so you can remove it and reuse it on other jigs if you want. If you’d like to see how I built this style of handle in detail, check out my article on how to build a table saw thin strip jig—the handle design comes straight from that build.

Next, I attach the side stand to the 12 mm side leg and fix the adjustable center leg to the T-tracks using M6 Wing bolts and square nuts.

Once everything is tightened down and adjusted to your typical stock height, the push block is finished and ready to use.

Wrap-Up: Why This Push Block Is Worth Building

A table saw push block is one of those shop upgrades that absolutely pays off every time you rip stock—better control, cleaner cuts, and your hands stay well away from the blade. This build is a bit more advanced than a simple block of wood, but in return you get an adjustable center leg, a detachable side stand, and a handle, so the block actually does what it should: holds the work down, against the fence, and moves it forward.

The one part I really recommend experimenting with is the bottom material. I’m using a non-slip rubber sheet from a local store, and it works well as long as it’s grippy—you can always refresh it with a light mist of spray adhesive when it starts to lose tack. You could also add a rear stop block later to push from the back of the workpiece if you want even more positive control.

Alongside this jig, I still use a store-bought push block, and the one I reach for most is the Grr-Ripper. If you’re deciding whether to build or buy, you can check out my Grr-Ripper review and my article on the best table saw push blocks to see how this DIY version compares.

👉 And if you’d like to keep improving your setup, take a look at my Best Table Saw Jigs for Your Workshop.

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Homemade Table Saw Push Block — a simple safety jig that keeps your hands away from the blade and improves control.

FAQs: DIY Table Saw Push Block

1. Why use a push block instead of just a push stick?

A push stick mainly pushes from behind, which can leave the workpiece unstable—especially on narrow rips. A push block gives you downward and forward pressure at the same time, holding the board flat to the table and tight against the fence. That means better control, less burning, less chance of kickback, and your hands stay farther away from the blade.

2. What size should a table saw push block be?

There’s no single “correct” size, but something around 200 mm long × 90 mm wide × 60 mm high (about 8″ × 3½” × 2⅜”) works well for most ripping tasks. It’s big enough to feel stable and keep your hand clear of the blade, but compact enough to maneuver comfortably over the table and past the fence.

3. What material should I use on the bottom for grip?

The most important thing is that the bottom material is non-slip and durable. A rubber sheet or foam rubber mat works great—anything that grips the wood instead of sliding. It’s also handy if you can refresh the grip with a bit of spray adhesive when it starts to wear down, rather than having to replace the pad every time.

4. Do I need one or two push blocks?

One push block is already a big improvement over a bare hand or a simple stick, but two push blocks are ideal for longer or narrower boards. With a pair, you can keep one ahead of the blade and one behind, maintaining steady pressure and control along the entire cut. This setup feels much safer and more stable on the table saw.

5. Can I use this push block on tools other than the table saw?

Yes, depending on its size and shape, you can often use a push block on a router table, jointer, or band saw as well. As long as the bottom is grippy and the block is shaped so it’s comfortable and safe to hold, it can help keep your hands away from blades and cutters on other machines too. Just make sure it gives you solid contact and doesn’t get too close to any cutters in use.

This post DIY Table Saw Push Block: How to Build a Safe Push Block for Clean Cuts first appeared on AllFlavor Workshop and is written by About the author, Lukas

How to Build a Picture Frame Jig for the Table Saw (Perfect 45° Corners)

About the author, Lukas — Thu, 15 Jan 2026 14:00:00 +0000

AllFlavor Workshop

How to Build a Picture Frame Jig for the Table Saw (Perfect 45° Corners)

Getting perfect 45° corners on picture frames sounds simple… until you glue everything up and see tiny gaps in the corners. Cutting one side a hair long, measuring from the wrong reference, or bumping your miter gauge can all throw the frame off. That’s why I built a dedicated picture frame jig for the table saw (miter sled) —a jig made specifically for matching miters.

In this build, I’ll show you how I made a full-size picture frame sled with two perpendicular fences (for short and long sides), an adjustable stop block, and a self-adhesive ruler for precise lengths. Once the stop block is set, you can cut frame parts over and over, and they’ll all come out the same size. Both fences have T-tracks, so you can slide the stop block, add hold-down clamps, or add other small accessories.

The jig is built from Baltic birch plywood and MDF, with an oak miter bar underneath that rides in the table saw’s miter slot. The base is about 350 × 700 mm (roughly 13 ¾” × 27 ½”), which gives plenty of support for mid-size/ larger frames. I also have a smaller miter add-on for my main sled, but that one is for quick 45° cuts—this picture frame jig is what I use when I want precise, measured frames.

👉 If you enjoy building accessories for your saw, have a look at my Best Table Saw Jigs for Your Workshop to see how this picture frame jig fits into the bigger jig setup.

Video: Watch the Build

Here’s the full build of the table saw picture frame jig so you can see exactly how the base, fences, stop block, and scale come together before we jump into the step-by-step photos.

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1. Video: Watch the Build
2. Tools and Materials
3. Why Build a Picture Frame Jig for the Table Saw?
4. Let’s Start Building!
  Step 1: Building the Picture Frame Jig Base
  Step 2: Making and Attaching the Fences
  Step 3: Making the Stop Block
  Step 4: Finishing the Picture Frame Jig — Scale and Hold-Down Clamp
5. A Quick Note on Ruler Placement and Rabbet Length
6. Setting Up the Picture Frame Jig (and Cutting Your First Frame)
7. Wrap-Up: Why I Like This Picture Frame Jig
8. FAQs: Picture Frame Jig for the Table Saw

Tools and Materials

This picture frame jig is built mostly from Baltic birch plywood, MDF, and a few hardware pieces.
Here’s what I used in my shop (some of these are affiliate links, which help support my work at no extra cost to you):

Tools:

Table Saw – link
Hand Drill – link
Drill Bit Set – link
Table Saw Blade – link
Japanese Ryoba Saw – link
Self-Adhesive Measuring Tape – link
Steel Ruler – link
Digital Protractor – link
Speed Square – link
Transparent Triangle – link
Machinist Square – link
Toggle Clamps – link
Strap Clamp – link
One Hand Clamps – link
T-track Clamps – link
Spring Clamps – link
Mini F-Clamps – link

Materials & Hardware

Wood Glue – link
Painters Tape – link
Sandpaper Sheets – link
Wood Screws – link
Baltic birch plywood (base and fences)
MDF offcuts (fence faces and stop block parts)
Oak strips (for the miter bar)
T-track extrusion or homemade T-track (for the fences)
Bolts, washers, and knobs/wing nuts (for the stop block and accessories)

All the tools I use: here

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How to Build a Picture Frame Jig for the Table Saw — step-by-step jig build for clean, repeatable 45° miters.

Why Build a Picture Frame Jig for the Table Saw?

You can cut miters with a miter gauge or miter saw, but a dedicated picture frame jig solves three big issues: accuracy, repeatability, and referencing from the rabbet.

For picture frames, the crucial dimension isn’t the outer size—it’s the rabbet that holds the picture, mat, or glass. With this jig, you can set the stop block based on the rabbet length, so you’re cutting to the dimension that actually matters. That’s what gives you frames where the artwork slips in snugly without gaps.

A picture frame jig also:

Cuts both mating miters on the same sled and setup, so they truly meet at 90°.
Provides a large, stable base that supports narrow frame stock during the cut.
Let’s you lock in an adjustable stop block so all short sides and long sides match.
Uses T-tracks in the fences for stop blocks, hold-down clamps, and other add-ons.

My smaller miter attachment is perfect for quick 45° cuts on small parts, but it doesn’t have a long fence, stop block, or scale. This dedicated picture frame jig does—which is why I use it whenever I’m making proper picture frames, sets of matching frames, or anything where tight, gap-free corners really matter.

Let’s Start Building!

This jig is essentially a compact crosscut sled tuned specifically for picture frames. The base is a Baltic birch plywood panel with an oak miter bar underneath that runs in the table saw’s miter slot. On top, we add two perpendicular fences—one for short sides, one for long sides—each with a T-track routed in for the stop block and optional clamps.

We’ll build:

The picture frame jig base
The fence assembly
The stop block
The self-adhesive scale ruler setup

Once everything is aligned and the 45° cuts are dialed in, you’ll have a jig that can cut both short and long frame parts accurately, reference directly from the rabbet, and produce repeatable, matching frame pieces every time.

How to Build a Picture Frame Jig for Table Saw

Step 1: Building the Picture Frame Jig Base

I start by cutting the base panel for the sled. I’m using 12 mm Baltic birch plywood and cut it to 350 × 700 mm (about 13 ¾” × 27 ½”) on my table saw sled so all edges are straight and square.

Next, I cut two oak runners that will ride in the table saw’s miter slots. I carefully sneak up on the width so each runner fits perfectly in the slot—no side-to-side play, but still able to slide smoothly. If needed, I lightly sand the edges.

To glue the runners to the base, I first need to mark their exact position. I place the plywood base on the saw table, roughly where I want it to sit, and lock the table saw fence. Using a carpenter’s square, I rotate the base so it sits at a 45° angle to the fence/blade—this is what gives the jig its picture-frame miter orientation. With the base held in this position, I mark where the runners will land under the base.

Then I flip the base over and glue on the first oak runner along the marked line. The second runner is made in more of a T-shape—wider at the bottom—to prevent the sled from tipping when you pull it far forward for longer frames. (When the frame stock sticks out, it shifts the weight, and that extra support keeps the base seated in the slots.)

Once the glue is dry, I test-fit the sled in the saw’s miter slots. If the runners feel a bit tight, I lightly sand the sides and test again until the sled slides smoothly from front to back without binding or rocking.

Step 2: Making and Attaching the Fences

With the base ready, I move on to the two fences that guide all the cuts. First, I cut the plywood fence pieces to size and glue them into thicker blanks. After the glue dries, I mark the layout for the T-track and cut the slots on the table saw.

The T-track is made from a deeper center slot and two shallower outer slots. I glue two MDF strips into the outer slots—together with the center groove, they form a simple T-track channel for the stop block and clamps.

Tip: Use just enough glue so it doesn’t squeeze into the middle slot. Dried glue in the track is hard to clean out later.

Once the fences are dry, I cut a short piece off the longer fence to use later as the stop block. Then I cut the ends of both the long fence and short fence at 45°, so their miters will meet at the cut line.

To position the fences, I mark the location of the long fence on the base using a ruler marking gauge, and glue it down. Then, using a square, I glue the short fence at a perfect 90° to the long one so their 45° ends meet.

Note: It’s fine to leave a tiny gap between the fence miters—you’ll cut through this area when you make the first kerf.

After the glue cures, I make the first saw cut through the jig, cutting through the base and fence miters and stopping about 2 cm past the fence.

Tip: Cover the cut line with painter’s tape before cutting to help reduce tear-out and keep the kerf edge clean.

Step 3: Making the Stop Block

For the stop block, I reuse the offcut from the longer fence. It already has a 45° end, which is perfect because it lets the frame piece register right up to the mitered corner. I simply flip the offcut upside down so the T-track groove now faces down toward the base.

On top of this offcut, I glue and screw a small plywood connector piece with a drilled hole through it. This hole is for the T-track bolt that runs in the fence. Once assembled, the bolt slides inside the fence T-track, and the block can be moved anywhere along the fence to set your exact frame length. Tighten the knob or wing nut, and the length is locked in.

You can build a second stop block in the same way for the other fence if you want separate stops for short and long frame sides.

Step 4: Finishing the Picture Frame Jig — Scale and Hold-Down Clamp

To finish the picture frame jig, I add two small upgrades that make it much easier to use: a self-adhesive ruler and a hold-down clamp.

First, I stick a self-adhesive measuring tape along the longer fence, starting from the saw kerf. This lets me read the exact frame length directly at the stop block, so I can set the inside (rabbet) dimension quickly and repeat it for multiple frames.

Then I add a hold-down clamp into the fence T-track. This one is optional, but it helps a lot in practice. The clamp locks the workpiece in place so you don’t have to hold it by hand while cutting. It’s mounted with a T-track bolt and knob, and you can move it anywhere along the fence—or swap it between the longer and shorter fences.

In the same way, you can add other accessories to the T-track later—extra stops, auxiliary blocks, or different styles of clamps.

A Quick Note on Ruler Placement and Rabbet Length

When you’re measuring picture frames, you don’t really care about the outside size of the frame—you care about the rabbet length, the space where the picture or mat actually sits. In practice, that means you should set your stop block to the visible opening / rabbet dimension, not just the full frame length. For example, if your picture is 300 × 200 mm, you want the distance from rabbet shoulder to rabbet shoulder to match that, not the outer edges of the molding. Otherwise, your picture might end up loose, too tight, or leave an unexpected border. That’s why the position of the self-adhesive ruler on the fence matters.

Note: In my build, I place the ruler in a specific spot so it already accounts for the offset between the outer frame edge and where the picture actually starts. My pictures don’t start right at the corners—they have a small white border/offset—so the zero point on the scale is set accordingly.

The idea is: once you understand your profile and rabbet offset, you can place the ruler so that when you read, say, “300 mm” at the stop block, you’re actually cutting the correct length for the rabbet / visible area, not just a random outside measurement.

Setting Up the Picture Frame Jig (and Cutting Your First Frame)

Setting the jig starts with the rabbet length, not the outside of the frame. Measure the size of the picture or mat and decide if you want a visible offset/border. That final inside dimension (picture size ± offset) is what you set on the scale and stop block, because that’s the length the rabbet needs to be.

Before cutting real stock, quickly dial in the 45°:

Make a test cut on scrap with the jig.
Fold two offcuts together so the miters meet.
If the corner is open inside or outside, make a tiny fence adjustment and recut until the joint closes cleanly at 90°.

To cut the frame pieces:

First miter: place the frame strip with the rabbet against the shorter fence and cut the first 45°.
Second miter + length: move the strip to the longer fence, push it against the stop block set to your rabbet length, and cut the second miter.

Repeat for all sides. For a square frame, use the same setting on all four pieces. For a rectangular frame, cut two pieces at the “short” setting and two at the “long” one.

For glue-up, add a bit of wood glue to each miter, pull the corners together, secure them with painter’s tape, and tighten everything with a strap clamp until the frame is square. If you want to reinforce and decorate the corners, you can add splines after the glue dries.

👉 For that, I like to use my table saw spline jig—perfect for strengthening picture frame miters with contrasting splines.

Wrap-Up: Why I Like This Picture Frame Jig

For me, this picture frame jig turns what used to be a slightly stressful operation into a simple, repeatable routine. Instead of fussing with a miter gauge and tape measure for every piece, I can set the angle once, dial in the rabbet length on the stop block, and just cut. If I want two or three frames in the same size, they all come out identical, and the corners actually close without those annoying little gaps.

The nice thing is that it’s not limited to frames. At the end of the day, this is a 45° miter sled with good support and a T-track system—so it works just as well for small boxes, molding, trim, and any project where you want clean, repeatable miters. The T-track gives you room to grow: more stops, different clamps, and little add-ons you’ll come up with over time as you use it.

If you enjoyed this build and want to keep upgrading your saw, check out my Best Table Saw Jigs for Your Workshop—this picture frame jig is just one piece of a whole setup that makes cutting safer, more accurate, and honestly a lot more fun.

📌 Ready to build it?
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DIY Picture Frame Jig for Table Saw — accurate miters with a stop block, T-track, and built-in measuring scale.

FAQs: Picture Frame Jig for the Table Saw

1. Do I really need a picture frame jig, or is a miter gauge enough?

You can cut picture frame miters with a standard miter gauge, but it’s harder to get repeatable, gap-free corners, especially when making more than one frame. A dedicated picture frame jig gives you a fixed 45° setup, a stop block for consistent lengths, and better support for narrow frame stock. That makes it easier to get clean joints and matching parts with less fiddling.

2. Can I use this jig for other projects besides picture frames?

Yes. At its core, this is a 45° miter sled, so it’s useful anytime you need consistent miters: small boxes, trim pieces, molding, decorative strips, or mitered frames for cabinet doors. The T-tracks and adjustable stop block make it handy wherever you want repeatable angled cuts with good workpiece support.

3. How accurate does the 45° angle need to be?

For picture frames, small errors add up quickly—if each miter is off by even half a degree, the corners won’t close. That’s why it’s worth taking a few minutes to dial it in with test cuts on scrap. Cut two miters, fold them together, and check if the corner is open inside or outside. A tiny tweak to the fence and another test cut usually gets you to a clean, tight 90°.

4. What size frames can I make with this jig?

That depends mostly on your base size and how far the frame pieces can extend safely on the sled. With a base around 350 × 700 mm (about 13 ¾” × 27 ½”), you can comfortably make small to medium frames for photos, prints, and posters. Longer frames are possible as long as the workpiece is still well supported and the sled doesn’t tip—this is where a second, “T-shaped” runner really helps.

5. Is the hold-down clamp necessary, or can I just hold the work by hand?

You can hold the workpiece by hand if you’re careful and keep your fingers clear of the blade, but a hold-down clamp is much safer and more consistent. It keeps the frame stock pressed firmly against the fence and base, which reduces chatter and shifting during the cut. Because the clamp rides in the T-track, you can move it where you need it or use it on either fence.

This post How to Build a Picture Frame Jig for the Table Saw (Perfect 45° Corners) first appeared on AllFlavor Workshop and is written by About the author, Lukas

How to Build a Table Saw Thin Strip Jig (Safe, Repeatable Thin Rips)

About the author, Lukas — Thu, 08 Jan 2026 14:00:00 +0000

AllFlavor Workshop

How to Build a Table Saw Thin Strip Jig (Safe, Repeatable Thin Rips)

Cutting really thin strips on the table saw looks simple, but in reality it’s often inconsistent and a bit unsafe—especially when you keep sneaking the fence closer to the blade and pushing narrow pieces by hand. Strips vary in width, burning shows up, and your fingers feel way too close.

That’s why I built this table saw thin strip jig. It’s a small, easy-to-make jig that costs almost nothing and lets you set the dimension once, then cut uniform thin strips over and over without touching the fence. A hold-down clamp keeps the workpiece pressed to the base, a back stopper supports it from behind, and a handle lets you guide the whole jig smoothly along the fence with your hands well away from the blade.

All the accessories are detachable and adjustable. The hold-down and back stopper ride in a homemade T-track and are fixed with DIY T-track bolts, so you can set them exactly where you need them. The jig handles thin strips from just a few millimetres (about 1/16″–1/8″) up to a few centimetres (around 3/4″–1″). The base is built mainly from 12 mm Baltic birch plywood and MDF, and measures about 33 × 10 × 3.6 cm (roughly 13″ × 4″ × 1 7/16″).

👉 Once you’ve built this jig, check out my Best Table Saw Jigs for Your Workshop to see how it fits into a full jig setup around the saw.

Video: Watch the Build

Before we dive into the step-by-step photos, here’s the full build of the table saw thin strip jig so you can see how all the parts fit and work together in real time.

I appreciate every YouTube subscriber. It’s free and easy to subscribe to — Click Here To Subscribe. Thank you!

1. Video: Watch the Build
2. Tools and Materials
3. Why Use a Thin Strip Jig on the Table Saw?
4. Let’s Start Building!
  Step 1: Building the Thin Strip Jig Base
  Step 2: Making the Thin Strip Jig Handle
  Step 3: Making the Hold-Down Clamp
  Step 4: Making the Back Stopper
5. Setting Up and Using the Thin Strip Jig
6. Wrap-Up: A Small Jig with a Lot of Use
7. FAQs: Table Saw Thin Strip Jig

Tools and Materials

You can build this table saw thin strip jig mostly from plywood, MDF, and a few basic hardware pieces.
Here’s what I used in my shop:

Tools:

Table Saw – link
Trim Router – link
Angle Grinder – link
Hand Drill – link
Narex Chisels – link
Push Block – link
Precision Miter Gauge – link
Drill Bit Set – link
Mini Clamps – link
F-Clamps – link
Spring Clamps – link
Table Saw Blade – link
Straight Router Bit – link
T-Track Clamps – link

Materials and Hardware:

Wood Screws – link
Double-Sided Woodworking Tape – link
Sandpaper Sheets – link
Wood Glue – link
T-track bolts – (DIY from M6 hardware and wooden heads)
12 mm plywood (Baltic birch) – for base, handle, and stops
MDF offcuts – for the T-track and hold-down parts
M6 bolts and M6 wing nuts – for adjustable components

Check all the tools and materials I use here.

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How to Build a Table Saw Thin Strip Jig — step-by-step jig build for safe, repeatable thin rips.

Why Use a Thin Strip Jig on the Table Saw?

A thin strip jig solves two big problems at once: safety and consistency.

Without a jig, cutting thin strips often means trapping the offcut between the blade and the fence, or standing a bit too close while trying to push a narrow piece past the blade. That’s where burning, pinching, and scary moments usually happen. It also means that every time you want another strip, you’re back to nudging the fence, checking with calipers, and hoping the next cut matches the last one.

With a thin strip jig:

The workpiece is held down and supported by the hold-down and back stopper.
Your hands stay on the handle, away from the blade.
The width of the strip is set by the jig, not by how carefully you adjusted the fence that day.
Once the jig is dialed in, you can run strip after strip at exactly the same thickness.

For anything that needs lots of narrow pieces—edge banding, inlay strips, small frame parts, spacers, slats—this jig turns a stressful operation into a simple, repeatable routine.

Let’s Start Building!

In the build, we’ll break the jig into a few simple parts and assemble them step by step. It’s made from plywood, MDF, a few M6 bolts, wing nuts, and homemade T-track bolts, so it’s a great way to use up offcuts.

Here’s what we’ll cover:

Building the thin strip jig base – cutting the blank, adding the T-track, and sizing it for your saw.
Making the thin strip jig handle – a comfortable handle you can grip firmly while pushing along the fence.
Making the thin strip jig hold-down clamp – an adjustable clamp that keeps the workpiece pressed safely to the base.
Making the thin strip jig back stopper – a solid support that gives the workpiece something to register against.
Assembling the table saw thin strip jig – putting all the parts together, adding the hardware, and dialing in the first setup.

Once the jig is assembled, we’ll set it on the fence and start cutting safe, repeatable thin rips on the table saw.

How to Build a Thin Strip Jig for Table Saw

Step 1: Building the Thin Strip Jig Base

I start by cutting all the base pieces to size. The jig base is made from three plywood strips, each measuring 33 × 10 cm (about 13″ × 4″). I rip them to width on the table saw and then use my table saw sled for the crosscuts so all pieces end up the same length and dead square.

Next, I take one of the three pieces and lay out the lines for the T-track. Using my router multipurpose jig, I route the dadoes that will form the sides of the track. To create the actual T-track, I glue two MDF strips into the side dadoes and clamp them in place until the glue dries.

Tip: Try to keep glue squeeze-out out of the central channel—if it runs into the middle, it’s quite annoying to clean later. You can optionally add a few screws for extra strength (make sure they’re flush).

Once the glue is dry, I run the assembled base over the table saw again, taking a very light pass on each side to clean and straighten the edges. Finally, I test the T-track with one of my DIY T-track bolts to make sure it slides smoothly without binding.

Step 2: Making the Thin Strip Jig Handle

For the handle, I start by cutting two plywood pieces and gluing them together. This blank defines the handle thickness at about 24 mm (roughly 15/16″). Once the glue dries, I cut one end of the blank at a slight angle—so when the handle is mounted on the jig, it leans outwards slightly instead of standing straight up. That small tilt makes the grip much more natural.

With the blank cut to length, I shape the handle. You can round over the edges, soften the corners, and slightly curve the profile—whatever feels best in your hand. After shaping, I glue the handle onto a thin plywood base (about 6.5 mm / 1/4″ thick) and add a screw from the bottom for extra strength.

This plywood base is what actually mounts to the jig. It sits over the T-track and is secured with T-track bolts and wing nuts, so you can slide the handle forward or backward as needed and remove it easily for storage or adjustments.

Step 3: Making the Hold-Down Clamp

The hold-down clamp is what keeps the workpiece pressed firmly to the base, so your hands can stay safely on the handle. I start by cutting all the plywood and MDF pieces to size (dimensions from the materials/cut list).

The main vertical piece is cut from plywood. In this part, I carve a hexagon recess to capture a bolt head—this becomes the backbone of the clamp. With the bolt locked into that hexagon and a wing nut on top, the hold-down can move up and down so you can adjust it to different workpiece thicknesses.

The actual clamping face that presses on the workpiece is made from a mix of plywood and thinner MDF. It attaches to the vertical piece and slides up and down along it. That way, you can quickly dial in just enough pressure to hold the strip.

The lower support piece—the one that attaches directly to the jig base—is also made from plywood. Both this base piece and the movable vertical piece get a slot routed through them using my multipurpose router jig. That slot lets the clamp slide along the T-track on the jig base so you can position it exactly where you need it relative to the blade and the fence.

Step 4: Making the Back Stopper

The back stopper gives the workpiece something solid to register against. It’s made from two plywood pieces joined at 90°.

The horizontal piece sits over the T-track and is what attaches to the jig base. The vertical piece sits behind the jig base and supports the workpiece from the back. I joined these two pieces together at a right angle using two screws.

The whole back stopper assembly attaches to the T-track with a bolt and wing nut, so you can slide it sideways to set the exact strip width—from just a few millimetres up to a few centimetres.

This is what the finished thin strip jig looks like:

Setting Up and Using the Thin Strip Jig

With this jig, you can make repeatable cuts that produce uniform thin strips without constantly touching the fence. The idea is simple: the distance between the blade and the jig defines your strip width, and everything else just keeps the workpiece stable and your hands safe.

1. Set the Strip Width

First, you set the width of the strip you want to cut:

Adjust the table saw fence to roughly where you want it.
Place the thin strip jig against the fence.
Measure the space between the blade and the face of the jig.
Fine-tune the fence until this gap matches your desired strip width.
Lock the fence in position—this stays fixed while you cut all your strips.

Once the fence is locked, you don’t move it again. The jig and back stopper define exactly how wide each thin strip will be.

2. Adjust the Back Stopper and Hold-Down Clamp

Before cutting, there are two main components to set up on the jig:

Set the back stopper
- Slide the back stopper along the T-track so it supports the strip you are cutting,
  but doesn’t interfere with the saw blade.
- Tighten the bolt and wing nut to lock it in place.
Adjust the hold-down clamp
- Insert your workpiece into the jig in its cutting position.
- Slide the hold-down clamp down until it just touches the top of the workpiece.
- Tighten the wing nut so it applies a constant downward pressure during the cut.

This setup keeps the workpiece pressed to the base and supported from behind, which helps prevent chatter, shifting, and kickback.

3. Make the Cuts

Now you’re ready to start cutting thin strips:

Place your workpiece against the back stopper and under the hold-down clamp.
Start the saw and slowly slide the jig along the fence, letting the blade remove a thin strip between the jig and the blade.
For smaller pieces, use a push stick on the opposite side to help manage the offcut safely.
After each cut, slide the board back against the back stopper and repeat.

Because the fence and jig stay in the same position, every pass gives you thin strips of exactly the same width.

Wrap-Up: A Small Jig with a Lot of Use

Thin strips show up all over the workshop—inlays, edge banding, shims, spacers, frame parts, slats, trim pieces… I didn’t really appreciate how often I needed them until I started making more detailed projects. Before this jig, cutting thin strips always felt like one of those “hope it goes well” operations.

The jig is quick to make, doesn’t use much material, and once it’s built, the setup is really fast: I set the strip width once, adjust the back stopper and hold-down clamp, and then just feed boards through. The adjustability means I can use it with different stock thicknesses and cut anything from tiny inlay strips to wider slats—all while keeping my hands on the handle and away from the blade.

👉 If you enjoyed this build and want to upgrade your saw even more, check out my Best Table Saw Jigs for Your Workshop—this thin strip jig fits perfectly alongside sleds, crosscut jigs, and other helpers that make table saw work safer and more accurate.

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DIY Table Saw Thin Strip Jig — adjustable jig for cutting uniform thin strips on the table saw.

FAQs: Table Saw Thin Strip Jig

1. Is a thin strip jig safer than cutting thin strips against the fence?

Yes, in my experience it’s much safer. With a thin strip jig, the workpiece is held down and supported from behind, and your hands stay on the handle instead of near the blade. You’re not trapping a thin offcut between the blade and fence, which is where burning and kickback usually happen.

2. How thin can I safely cut strips with this jig?

It depends on your saw and blade, but with a good setup you can cut strips down to just a few millimetres (around 1/16″–1/8″). The key is to keep the hold-down clamp adjusted properly and use a sharp, clean blade. For anything extremely thin, take your time and don’t force the cut.

3. What blade should I use for cutting thin strips?

I get the best results with a sharp, fine-tooth blade (for example, a combination or crosscut blade with more teeth). A clean, sharp blade reduces burning and tear-out on very narrow pieces. Whatever blade you use, make sure it’s properly aligned and not dull—that makes a big difference.

4. Can I use this thin strip jig on different board thicknesses?

Yes, that’s the idea. The jig is adjustable: you can slide the hold-down clamp up or down to match the thickness of your workpiece, and move the back stopper along the T-track to set different strip widths. That way you can use the same jig for everything from thin stock and inlay pieces to thicker boards.

This post How to Build a Table Saw Thin Strip Jig (Safe, Repeatable Thin Rips) first appeared on AllFlavor Workshop and is written by About the author, Lukas

How to Cut a Perfect Juice Groove in a Cutting Board (Step-by-Step Guide)

About the author, Lukas — Thu, 01 Jan 2026 14:00:00 +0000

AllFlavor Workshop

How to Cut a Perfect Juice Groove in a Cutting Board (Step-by-Step Guide)

Cutting a juice groove usually comes right at the end of the build. You’ve already done all the glue-ups, flattened the board, trimmed it to final size, sanded it smooth… and then you pick up a router and start cutting a groove just a few millimeters from the edge. It’s a small detail, but it’s also one of the easiest moments to ruin an otherwise perfect cutting board.

I have been there – I ruined a few boards exactly at this stage—slipping off the path, letting the router grab, or burning the corners so badly that sanding them out destroyed the shape of the groove. After all the work that goes into an end grain or edge grain board, it’s not a fun way to finish. That’s why, over time, I moved to the safest, most repeatable setup I could come up with.

In this guide, I’ll walk you through how I now cut juice grooves so they’re clean, consistent, and low-risk. The key pieces are: using a juice groove jig instead of freehanding, choosing the right router bit, and paying close attention to cutting direction and depth. Let me share what’s worked for me so your groove comes out smooth the first time.

👉 If you want to see the exact setup I use in my own shop, you can check out my DIY Juice Groove Jig—it’s the same jig I rely on for most of my cutting board builds.

1. What Is a Juice Groove (And When Do You Need One?)
2. Ideal Juice Groove Dimensions (Depth, Width, and Offset)
3. Tools and Jigs You Need to Cut a Juice Groove
4. Step-by-Step: How to Cut a Perfect Juice Groove with a Router and Jig
  Step 1: Set Up the Juice Groove Jig
  Step 2: Install the Router Bit and Set the First Depth
  Step 3: Make the First Shallow Clockwise Pass
  Step 4: Deepen the Groove in Several Passes
  Step 5: Clean Up the Groove and Ease the Edges
5. How to Avoid Burn Marks and Tear-Out
6. Using a Juice Groove Jig vs. Freehand or Fence
7. Wrap-Up: Why a Juice Groove Jig Is Worth It
8. FAQs: Juice Grooves on Cutting Boards

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Perfect Juice Groove in a Cutting Board — clean rounded groove cut with a router, core box bit, and jig.

What Is a Juice Groove (And When Do You Need One?)

A juice groove is the shallow channel you see running around the edge of some cutting boards. Its main job is simple: catch liquids before they run off the board and onto your counter. When you’re carving a roast, slicing steak, cutting tomatoes, or prepping juicy fruit, the groove gives that extra bit of “overflow space” so everything stays a little cleaner.

You don’t need a juice groove on every board. It makes the most sense on:

Carving boards for meat and BBQ
Larger everyday prep boards that see a lot of veggies and fruit
Any board you know will live on the counter during bigger cooks

On the other hand, I usually skip a groove on small breakfast boards, cheese boards, bread boards, or simple serving boards. In those cases it doesn’t add much function, and a clean, flat surface often just looks better.

So the question isn’t “Should every board get a juice groove?” but rather “What will I actually use this board for?” If it’s going to see a lot of juicy stuff, a well-cut groove is worth the extra effort. If not, you can happily leave it off and keep the build simpler.

Ideal Juice Groove Dimensions (Depth, Width, and Offset)

You don’t need complicated math for a good juice groove, but a few simple rules help a lot. On most of my larger boards (around 500 × 300 mm / 20″ × 12″), I usually go with:

Groove depth: about 5 mm (≈ 3/16″)
Groove width / bit size: 10 mm (≈ 3/8″) core box bit
Offset from edge (to the outside of the groove): about 15 mm (≈ 5/8″)

That puts the center of the groove roughly 20 mm (≈ 3/4″) from the edge, which feels nicely balanced and still leaves plenty of material so the edge stays strong.

I generally avoid going any closer than 15 mm / 5/8″ on bigger boards, because the fibers near the edge can start to tear, chip, or just look too fragile. On smaller boards, I might move the groove in slightly (closer to 10–12 mm / 3/8″–1/2″ from the edge) and also make it a bit shallower—more for looks and light use than for catching a lot of juice. In the end, there’s some personal preference involved, but staying within a sensible range keeps your boards looking clean and solid.

Here’s a simple guide you can use as a starting point:

Board Size	Typical Use	Groove Width (Bit)	Groove Depth	Offset from Edge (to Groove Edge)
Small (~350 × 250 mm / ~14" × 10")	Breakfast, fruit, light prep	10 mm (≈ 3/8") core box bit	3–4 mm (≈ 1/8"–5/32")	10–12 mm (≈ 3/8"–1/2")
Medium (~400 × 280 mm / ~16" × 11")	Everyday cutting board	10 mm (≈ 3/8") core box bit	4–5 mm (≈ 5/32"–3/16")	12–15 mm (≈ 1/2"–5/8")
Large (~500 × 300 mm / ~20" × 12")	Carving & BBQ board	10 mm (≈ 3/8") core box bit	5–6 mm (≈ 3/16"–1/4")	15–20 mm (≈ 5/8"–3/4")

Treat these as starting points: go shallower and a bit closer to the edge for small serving boards, and deeper with a larger offset for big carving boards that need to catch a lot of juice.

Tools and Jigs You Need to Cut a Juice Groove

You don’t need a full shop to cut a clean juice groove, but a few right tools make it much safer and more repeatable. The core is a handheld router—a trim router is enough for most boards—as long as you can set depth accurately. For the bit, I like a 10 mm (≈ 3/8″) core box / round nose bit. It leaves a smooth, rounded groove that looks great on both edge and end grain boards.

The big choice is how you guide the router. An edge guide or fence can work if you only cut the occasional groove, but corners are fiddly, and any small slip can send the bit off the path and ruin a finished board. For me, that’s just too much risk.

I strongly prefer a dedicated juice groove jig, especially one that’s adjustable. A good jig should:

Have a flat, hard, straight base for the cutting board to sit on so it stays level
Secure the board in place (with stops, wedges, or double-sided tape) so it can’t shift mid-cut
Let you adjust the offset from the edge for different groove layouts
Accommodate cutting boards of different sizes without rebuilding the setup each time
Work with both thin and thick boards

Once the board is secured in the jig and the offset is set, your main job is to make steady passes with the router and let the jig keep everything on track. On top of that, you’ll want clamps to lock the jig to your bench, plus dust extraction and basic PPE—routing hardwood grooves creates a lot of fine dust in a very small area. Check out all the tools I use in my workshop.

👉 Have a look at my DIY Juice Groove Jig—it’s built to tick all of these boxes.

Step-by-Step: How to Cut a Perfect Juice Groove with a Router and Jig

There are a few different ways to cut a juice groove, but if you want the safest and most repeatable method, an adjustable juice groove jig + router is hard to beat. Here’s exactly how I use mine.

1. Set Up the Juice Groove Jig

First, I place the juice groove jig on my workbench and secure it with clamps so it can’t move. Then I drop the cutting board into the jig and slide the movable fences in so they sit snugly around the board.

On my jig, there’s already a default offset built in for my DeWalt palm router, but I can easily adjust it by adding an extra layer or spacer between the fences and the board. That way I can set different offsets depending on the board size or the look I’m after. Once I’m happy with the position, I tighten the fence clamps so everything is locked in place and the board can’t shift.

2. Install the Router Bit and Set the First Depth

Next, I set up the router. I install a 10 mm (≈ 3/8″) round juice groove / core box bit and set the depth for a shallow first pass, usually around 2 mm (≈ 1/16″). This first pass is just to establish the groove and check that the offset and depth feel right before going any deeper.

3. Make the First Shallow Pass (Clockwise)

Now it’s time to cut. Because this is an inner cut, I always route clockwise around the board. That gives better control and keeps the router from grabbing and jumping out of the groove.

For the cleanest results, I try not to “stab” the bit straight down. Instead, I start moving in the direction of the cut while lowering the bit into the wood. That little motion helps avoid burn marks and reduces the chance of leaving a visible entry spot. From there, I keep a smooth, steady feed rate and avoid stopping in one place—especially in the corners. The more “fluid” and continuous the cut, the fewer burn marks you’ll have to deal with later.

I complete one full loop around the board at this shallow depth before touching the depth adjustment again.

4. Deepen the Groove in Several Passes

After the first pass, I increase the depth slightly and repeat the cut. I keep doing this in several shallow passes until I reach my target depth from the dimension guidelines (for most of my boards, that’s around 5 mm / 3/16″).

Multiple shallow passes mean:

Cleaner cuts
Less burning, especially in hardwoods
More control if something doesn’t feel right

Between passes, I’ll vacuum or brush out the chips so they don’t pack into the groove and affect the cut quality.

5. Clean Up and Ease the Edges

When I’m happy with the depth and the groove looks even all the way around, I vacuum the groove thoroughly and check for any ridges or small steps. If needed, I do a very light hand-sanding inside the groove using a rolled-up piece of sandpaper, or a Dremel with a light touch just to knock back any rough spots.

Finally, I give the board surface a quick pass with a sanding block or sander to remove any fuzz around the groove. In most cases, you’ll be sanding the whole board again before oiling anyway, so this step just blends everything together.

The finished juice groove:

How to Avoid Burn Marks and Tear-Out

Burn marks and tear-out usually come from some mix of too much RPM, too little feed rate, a dull or dirty bit, or an unstable setup. Most of it is easy to control once you know what to watch for.

Problem	Most Likely Cause	How to Avoid It	How to Fix It Afterwards
Burn marks along straight sections	Router RPM too high and feed rate too slow; bit slightly dull or dirty	- Drop the router speed to a medium setting - Keep a steady, slightly faster feed rate - Make multiple shallow passes instead of one deep cut	- Try one very light final pass with faster feed - If still visible, sand the groove lightly with rolled sandpaper or a Dremel with a fine drum
Burn marks in the corners	Pausing in the corner or “pivoting” the router in one spot	- Plan the cut so corners are part of a continuous motion - Don’t stop in the corners—keep the router moving - Take shallow passes so turning the corners feels easier	- Hand-sand just the corners with fine grit wrapped around a dowel - If needed, one last shallow pass focusing on a smooth corner motion
Rough surface / chatter in the groove	Feed rate too fast, router unstable, or bit not fully tightened	- Slow down slightly and keep both hands steady on the router - Make sure the base rides flat on the jig rails - Double-check the bit is fully seated and tightened	- Lightly sand the groove with rolled sandpaper or a fine drum - On deep chatter, take one shallow clean-up pass at a slower, steady feed
Tear-out on the board edge	Unsupported fibers at the edge, aggressive depth, or wrong cut direction	- Keep a safe offset (don’t run the groove too close to the edge) - Use multiple shallow passes - Ensure the board is well supported and the jig is stable	- Soften the edge with sanding or a light chamfer/roundover - For minor chips, blend them into the profile rather than chasing them out
Router “jumps” or wanders in the groove	Board not secured well enough or trying to freehand part of the cut	- Make sure the board is firmly secured in the jig (stops + tape/clamps) - Let the jig guide the router—no freehand corrections mid-cut	- If wander is minor, blend with sanding and a very light clean-up pass - If it’s severe, consider making a slightly wider groove or turning the board into a smaller project

Most of the time, dialing in speed, depth, and a stable jig will eliminate burn marks and tear-out before they start. And if you do get a few marks, a light clean-up pass and some careful sanding usually save the board.

Using a Juice Groove Jig vs. Freehand or Fence

In the steps above I focused straight on the juice groove jig, because that’s what I actually use in the shop and what I recommend if you want clean, repeatable results. But it’s still useful to see how it compares to the other options you might be considering.

Here’s the short version:

1. Juice Groove Jig

Fastest and most repeatable option
Same offset every time, less layout and marking
Board is secured and supported the whole way
Ideal if you build multiple boards or want a “pro” setup

2. Router Fence / Straight Edge

Works for one or two boards
Requires more marking, measuring, and clamping
Corners are tricky if fences aren’t connected
Any slip or shift can send the bit off the path

3. Freehand (no guide)

Technically possible, but I wouldn’t recommend it
Very hard to keep a clean offset and straight lines
One small mistake can ruin a finished board in a second

If you only cut a juice groove occasionally, you can get by with a fence and careful layout. However, if you’re selling boards, gifting boards regularly, or making a small batch for friends and family, a dedicated jig really pays off.

Wrap-Up: Why a Juice Groove Jig Is Worth It

I add a juice groove on almost every cutting board I make, except for small serving boards. A clean groove, together with a good finish, gives the board that “completed” look—it frames the surface, makes it feel more premium, and it’s genuinely useful when you’re carving meat or cutting juicy ingredients. The flip side is that this is also the stage where you can ruin a finished board in a few seconds. After all the milling, glue-ups, flattening, and sanding, cutting the groove is one of the most delicate steps in the whole build.

That’s why I like using a juice groove jig. Yes, you can cut a groove with a simple straight edge, and that might be okay if you only make one or two boards a year, but the setup is fussy and the risk of a slip is high. Freehand, I honestly wouldn’t recommend at all. With a good jig, you can secure the board, set the offset, and “just” focus on making smooth passes. It’s repeatable, it’s safer, and your results stay consistent from board to board. You can also play with different offsets and depths to match different board sizes and styles without redesigning your setup every time.

👉 It’s definitely worth having a juice groove jig. Anyway, also, check out my Best Jigs for Making Cutting Boards guide—it’s not only about the juice groove jig; all of these jigs work together to make the whole cutting board process easier, safer, and more fun.

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How to Cut a Juice Groove — step-by-step guide using a router and adjustable juice groove jig.

FAQs: Juice Grooves on Cutting Boards

1. Do I really need a juice groove on my cutting board?

Not always. Juice grooves are most useful on carving and BBQ boards, or larger everyday boards that see a lot of meat, tomatoes, and fruit. For bread, cheese, or small serving boards, a flat surface is usually enough and often looks cleaner.

2. How deep should a juice groove be?

For most boards, 3–6 mm (≈ 1/8″–1/4″) works well. On smaller boards used for light prep, you can stay on the shallow side. On larger carving boards, going closer to 5–6 mm (≈ 3/16″–1/4″) gives you more capacity without weakening the edge.

3. How far from the edge should the juice groove be?

As a rule of thumb, keep the outer edge of the groove about 10–20 mm (≈ 3/8″–3/4″) from the board edge, depending on the board size. I typically use 15 mm (≈ 5/8″) on larger boards, with the groove center around 20 mm (≈ 3/4″) in from the edge. Going too close risks tear-out and a fragile edge.

4. What router bit is best for cutting a juice groove?

A core box / round nose bit is the classic choice. I usually use a 10 mm (≈ 3/8″) bit, which leaves a smooth, rounded channel that’s easy to clean and looks good on both edge and end grain boards.

5. How do I stop the router from burning the wood?

Use medium RPM and multiple shallow passes, and keep a steady feed rate—don’t pause in one spot, especially in the corners. A clean, sharp bit and a stable jig also help. If you still get burn marks, a very light final pass with a slightly faster feed and some hand sanding usually cleans them up.

6. Can I add a juice groove after the board is already finished and oiled?

You can, but it’s not ideal. It’s always better to cut the groove before final sanding and finish. If you add one later, you’ll need to re-sand around the groove and re-oil/wax the board so everything blends together and the finish looks even.

This post How to Cut a Perfect Juice Groove in a Cutting Board (Step-by-Step Guide) first appeared on AllFlavor Workshop and is written by About the author, Lukas

Woodworking Jigs – AllFlavor Workshop

DIY Wood Lathe: How to Make a Drill Lathe

Video: DIY Wood Lathe / Drill Lathe Build

Table of Contents

Plans: DIY Wood Lathe

Materials and Tools

What Can You Make with a DIY Wood Lathe?

Let’s Start Building!

How to Make a DIY Wood Lathe

Step 1: Build the Base

Step 2: Build the Spindle

Step 3: Build the Drill Holder

Step 4: Build the Tool Rest

Step 5: Add the Tailstock

Wrap-Up

Frequently Asked Questions

What can you make with a DIY wood lathe?

Can I use any drill for this homemade wood lathe?

Is this DIY drill lathe accurate enough for real woodworking?

What wood is this DIY wood lathe made from?

Is this a replacement for a full-size wood lathe?

How to Prep Wood for Cutting Boards

Table of Contents

What Prepping Wood for Cutting Boards Actually Means

Start by Checking the Board

Remove What Should Not Stay

Flatten the First Face

Straighten an Edge

Plane to Consistent Thickness

Rip the Stock and Get It Ready for Glue-Up

Planer vs. Router Flattening Jig: When to Use Which

Common Mistakes When Prepping Wood for Cutting Boards

Wrap-Up

FAQ

1. How do you prep wood for cutting boards?

2. Do I need perfectly flat wood before making a cutting board?

3. Can I use rough lumber for cutting boards?

4. Should I use a planer or a router flattening jig?

5. What is the most important step when prepping wood for cutting boards?

Types of Cutting Boards (And How to Make Them)

Table of Contents

How to Think About Different Types of Cutting Boards

Cutting Boards by Construction Type

Cutting Boards by Style and Design

Cutting Boards by Purpose

Which Type of Cutting Board Should You Make First?

Common Mistakes When Choosing a Cutting Board Type

Wrap Up

FAQ

1. What are the main types of cutting boards?

2. What is the easiest type of cutting board to make?

3. Which type of cutting board is best for beginners?

4. Can different cutting board styles use the same construction type?

5. How do I choose the right type of cutting board to build?

How to Flatten a Cutting Board: Planer vs Router Flattening Jig

Quick Answer (Planer vs Router Flattening Jig)

Table of Contents

Planer vs Router Flattening Jig: Decision Table

What “Flat” Actually Means (And Why It Matters for Cutting Boards)

1. Flattening a Cutting Board With a Planer

Step-by-Step: How I Flatten a Cutting Board With a Planer

Step 1: Remove glue squeeze-out first

Step 2: Take light passes and alternate faces

Step 3: If the board rocks, stabilize it with a sled (hot glue works)

Step 4: Leave sacrificial ends to deal with snipe

2. Flattening a Cutting Board With a Router Flattening Jig

Step-by-Step: How I Flatten a Cutting Board With a Router Jig

Step 1: Lock the board down so it can’t rock

Step 2: Set up the rails and sled (parallel + rigid)

Step 3: Use the right bit and take shallow passes

Step 4: Work in a consistent pattern with overlap

Step 5: Check progress, then flatten the second side

Step 6: Clean up the router lines

Hybrid Workflows (Best of Both Worlds)

Surface Quality: Planer vs Router Jig (And How Much Sanding to Expect)

Troubleshooting Cutting Board Flattening (Quick Fixes)

Wrap-Up

FAQ

1) Can I flatten a cutting board without a planer?

2) Is it safe to run an end grain cutting board through a planer?