Intricate Wood Inlays Made Super Easy




Posted in WorkshopWoodworking

Introduction: Intricate Wood Inlays Made Super Easy

If you want to make a very intricate wood inlay, but you lack patience or fine motor control, here is an easy way to accomplish beautiful work with a laser cutter. The technique differs from prior Instructables on inlays, such as this one. I believe it’s a bit easier and allows for much finer detail, provided you have access to a laser engraver. The width of the bear and fish outlines in the images is about one millimeter. If you want to know how I make the wooden bowls check my two Instructables: Bandsaw Wooden Bowl and Angled Wooden Bowls.

Step 1: Materials and Tools


  • Software to design your inlay; or a ready .dxf or .svg vector file for laser engraving.
  • Laser cutter
  • Band saw and table saw
  • Orbital or palm sander, and/or benchtop belt sander


  • Two contrasting hardwoods, e.g. maple and walnut
  • Wood glue or epoxy
  • Sand paper: 100/220/320 grits

This Instructable assumes that you know how to design and cut an engraving on a laser cutter.

If you want to try my technique I highly recommend you make a smaller trial inlay before embarking on your actual project. It will give you a feel about the designing, engraving, glueing, and sanding before starting a larger project. The pictures shown in my Instructable are two small 2.5" by 3.5" pieces to demonstrate the technique. You can also see the visual effect of switching from a dark in light colored inlay to a light in dark inlay.

Step 2: Prepare Your Main Board for the Inlay

Prepare your wooden board - the one you’ll set the inlay into. Let’s call that the main board. Make it square, round, a rectangle, whatever you need. It could be for a cutting board, a bowl, a box lid, a box side, a tray, a coaster, a picture, a frame, a cabinet door panel, etc. Make sure the surface is flat and sanded to at least 100 grit.

Use the laser cutter to engrave your design into the main board. Start with an inlay design no bigger than 3” by 3”. Once you get familiar with the technique you can try to make larger inlays. The engraving should be at least 1/16” to 1/8” deep, but not much deeper. Use blue painter’s tape to cover the wood before lasering; it keeps the surface cleaner. In the examples shown I used an Rabbit Technology 60W CO2 laser (speed 120, power 37, 1x engrave).

Step 3: Prepare the Inlay Piece

Now prepare your second piece of hardwood, the piece to be inlayed. It should be about 3/16” to 1/4” thick, or a little thicker than the engraving is deep. You don’t want the engraving to cut through this piece. The wood piece should be large enough so you can engrave a perimeter (5 mm or so) around the image or design. Choose a wood with a nice color contrast to your main board. Maple/walnut or maple/cherry make pretty color combinations. The surface should be flat and sanded to 100 grit.

On your computer make the following two changes to your design file:

  1. Mirror your design horizontally
  2. Draw a rectangle, a circle, or an offset perimeter around the entire design. This will cause the engraving to come out in reverse: areas that are high in your main board will be cut low, and areas that were low before will remain high. It’s a complete reverse from the engraving you made in step 2. It will look like a stamp!

Do not change the size of the design!

Laser engrave this reversed design into the second piece of hardwood. Again the engraving should be 1/16” to 1/8” deep. Use the same laser cutter settings as before.

Step 4: Get Ready for the Inlay

Using a band saw or scroll saw cut around the perimeter of the engraving you just did in the prior step. What you end up with is like a ‘stamp’ of your design.

Clean any pitch/burn off the surfaces of the main board and the inlay piece, and clean out any debris left from the engraving. The inlay piece will fit (or mate) snugly into the engraving on your main board. Do a ‘dry fit’, but don’t push it down too hard; it might get stuck!

If the fit feels right, apply wood glue or epoxy to the engraving on the main board to fill all the low spaces. Then insert the inlay piece and tap it down into the main board engraving. Use a clamp or weights to push it in as far as it will go - which is not very much! Let the glue dry. Be patient.

Step 5: Trim and Finish

Depending on how much your inlay piece sticks out from the main board, slice off the excess (band saw, scroll saw, oscillating tool, sharp chisel), or carefully sand it off with a belt sander or orbital sander. Once you get close to the surface of the main board, go easy; use a palm sander, or hand sand.

Magically, your inlay will appear after you remove the solid part of the inlay piece. It’s really awesome!! Sand or scrape off any glue that may have leaked to the surface, then sand the surface smooth to 220/320 grit. Just be mindful not to sand too deep or your inlay will just as magically disappear.

Your inlay is done! Finish your board as you like!

Step 6: Step by Step Visual Example

The attached pictures show a step by step example of an inlayed bottom for a wooden bowl.

Step 7: More Thoughts

By engraving the inlay piece and not cutting it all the way through the wood you can keep very fine details together, and assemble the whole inlay as one piece. For example, the pupil of the fish eye shown in the pictures of step 5 is the diameter of a small sewing needle; yet it shows up in both the walnut/maple and the maple/walnut inlay. Try to do that by hand!

For larger designs, try to do the inlays as several separate pieces in different areas of the main board; as shown in the visual example (prior step).

Engrave and inlay text for a commemorate gift or plaque. The bowl shown is maple (text) in walnut.

Do two inlays with different colors on the same main board. After the first inlay, repeat the process on the main board with a different inlay wood; just remember you don't have much depth to work with before you sand through the first inlay.

Experiment with the laser to determine the best settings for a clean engraving, and try different depths.

Create inlays for a wooden bowl, cutting board, a box lid, a box side, a tray, coasters, a picture, a picture frame, a cabinet door panel, a drawer front, a table top, etc.

And finally, if you try this, share your work and any improvements of the technique with me and others!

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    RSCHOENM; my compliments to you, the author. I like it!
    This will make finely detailed inlays much easier, and of higher quality than "by hand only" methods.

    I completely understand "easy!"
    Easy, fast, or cheap. Pick one.
    No complaints here.

    The best Instructables are the "SUPER EASY!!" ones that start with having a $150,000.00 shop at your disposal.....

    Look for a makers group in your area. There is a very good chance they will have access to all the tools you need, usually for just the membership fee - in our group it is $35 per year for full access

    Hold on a moment. Where are you that membership is $35 a year? At Protospace it's $55 a month, and we thought we were on the low end.

    I have two suggestions:

    1. Enroll in a class at your local community college or vocational school, and use their manufacturing and carpentry shops. That is what I am doing.

    2. Set up your own shop: a $400 40W CO2 laser cutter/engraver from eBay, a hand saw, sand paper, and glue. Total cost (less the hardwood): $450 and you are in business.

    can i borrow yours?

    You are doing projects I can barely imagine. I've always been amazed by inlays. Amazing project and your instructions are great.

    1 reply

    Thanks for your kind comment!

    The divide line between 'Hand made' and 'machine made' gets wavier every year.

    Would this cross that line or would it still be regarded as hand made?

    Perhaps 'craftsman made' would be a safer option?

    Sorry but customers are a right pain in the whatsit in the UK and so are Trading Standards..... unless 'bribed' with enough decent coffee and choccie biccies...

    1 reply

    That is a very interesting question.

    To me the laser engraver is just another power tool in the shop, just like a table saw, bandsaw, router, or electric planer.

    If I use a bandsaw in a project instead of a handsaw, is it still handmade?

    If I plane a board with a power planer, is it still handmade?

    If I make a dovetail joint with a router, is it still handmade?

    If I draw my inlay design on a computer instead of a pencil, is it still handmade?

    Personally I believe the answers are yes. The projects are still handmade using modern technology. That's my take on it!

    Very cool.

    * Experiment with simple designs on cheap wood while you get the details worked out.

    * Do some experiments with your woods. I think you will find that darker woods cut deeper, and that denser woods don't cut as deep.

    *The shape of the cut won't necessarily be straight sided. You may need to outline the cut on the main board to step it back a touch.

    *If you do a lot of this, rig up a jig that holds a piece of sheet metal on one side of the bandsaw blade, even with the bottom of the teeth gullets. This metal should be the thickness of the tooth offset. This will allow you to cut very close to the main board, without scratching it.

    *If your mainboard is a large piece, it won't go through the bandsaw. Make sure your stamp is only 1/16" thicker that the depth of cut, so it doesn't take forever to remove the waste with just a sander.

    * Try this: Make the cuts in the mainboard wider by about 1/16" than the cuts on the stamp. This will allow for an easy fit. Glue with a very thin glue where the waste will soak in to one of the woods. You want a glue you apply with a brush. Now when you assemble them push the stamp up and to the left. so the pattern is glued only on the upper left edge of each element. Trim as normal, clean out the remaining cracks. Apply a thin layer of shellac to the inlay. This will keep the next step from colouring the inlay. Finish this area with casting resin with carbon black, burnt sienna, or iron oxide pigment mixed in.

    Now you have the mainboard of one colour, the inlay of another colour, and the variable width fill of a third colour. The effect will be one of bas relief.

    1 reply

    Some very good ideas! I will try them on my next projects. Thanks for sharing!

    Neat instructable. Only need access to a laser cutter.

    k-40 laser is a good starter and $400 on Amazon is hard to beat. It is definitely not for the technologically impaired, and is not consumer-ready... But, if you can handle the tech, do some mirror adjustments, it works quite well.. There are also open-source software and hardware upgrades available. Great 'ible!

    1 reply

    Oh, join a local Maker Space/Maker Place... they will give you access to all kinds of cool equipment for a monthly fee... AND provide you with expertise!

    I use a Rabbit Laser USA 60W CO2 Laser Engraving/Cutting Machine

    We have one of those in the boneyard at work....hmmmm I think I might have a project brewing.