LED Ring Lamp (3D Printed + Wood Veneer + LED Strip)




About: My name is Duncan Smith and I am a designer and maker using 3D printing to create awesome products for the home and office. Check out my website for more 3D printing builds or downloadable STL files.

This is an easy build that results in a cool little LED Ring Lamp. This light can be placed in various locations to add some color and style. No specialized tools are required and a 3D printer is not required - you can utilize a print service such as 3DHubs.com to obtain the 3D printed parts from a local printer.

Step 1: What You Will Need


3D Printed Ring

3D Printed Base


White Spray Paint

Clear Coat

Walnut Wood Veneer

Linseed Oil


Sanding Paper

RGB LED Light Strip


Clothes Iron

Orbital Sander (optional)

**Links included are affiliate links and may provide a small commission if purchased.

Step 2: 3D Printed Parts

If you are sourcing your 3D printed parts, I’d suggest a local printer on 3D Hubs so you can pick up your printed pieces without having to risk shipping. These are my recommended print settings:

Ring and Base (decent surface quality to limit amount of sanding needed)

Filament choice not really important

0.2mm layer height

15-20% infill

Orientation - laying on side

Support needed, brim recommended

Order a 3D Print

Step 3: Finishing Ring and Base

Remove support material and brim.

Sand all the printed parts to the desired smoothness. Start with 120 grit and move up to 320 grit for a nicely smooth part without visible print lines.

Wipe the sanded parts with a lightly damp cloth or paper towel.

Once the parts are dry, evenly apply primer.

Once the primer has dried, sand lightly. Wipe the sanded parts with a lightly damp cloth or paper towel.

Paint parts with the desired color. For this build, a matte white was used. Two coats are recommended.

After the paint has had enough time to dry, apply clear coat.

Step 4: Wood Veneer

Wrap wood veneer around Ring to get an estimated length, then cut slightly longer than needed.

Before using Clothes Iron remove any water and allow clothes iron to dry.

Heat up a clothes iron on the cotton setting. (Warning - some residue from the process may get on heat plate, though this did not happen during my build)

Wrap wood veneer around Ring and do not allow it to get loose as you move around the ring.

Use iron to melt adhesive, allowing it to stick to the 3D printed ring. The general speed to avoid scorching wood is 2 inches per second but it seems to be quite tolerant of the heat. Do this until all veneer is glued onto ring.

Once at end, you can trim up the excess and finally adhere the last section of the veneer.

Apply generous amount of linseed oil to veneer all the way around.

Let oil sit and penetrate wood for roughly 10-15 minutes.

Wipe any excess oil from veneer.

Step 5: Assembly

Glue the 3D printed base to the Ring and make sure the holes line up.

Insert the LED strip into the ring to get a general estimate of the length needed. First, test the length and connect the connector to confirm before cutting. Cut at the closest “cut point” on the strip (this is indicated on the strip itself). ***Be sure to cut slightly longer than the inner diameter as part of the strip will be inside the base.

Feed the LED strip into the base and connect to the power connector.

Remove backing of LED strip to expose the adhesive backing. Do this as you progress.

Adhere LED strip to the inside of the Ring.

Route the wire out the back of the base.

Connect the power connector to the wall and enjoy your new LED Ring Lamp!

Step 6: Wrap Up

Thanks for checking out the LED Ring Lamp build! If you enjoyed it, I post monthly builds using 3D printing on my website, https://www.adylinn.com/builds/.

Lights Contest 2017

Participated in the
Lights Contest 2017



    • Beauty Tips Contest

      Beauty Tips Contest
    • Growing Beyond Earth Maker Contest

      Growing Beyond Earth Maker Contest
    • Sensors Contest

      Sensors Contest

    17 Discussions


    Reply 1 year ago

    A little short of 8 inches in diameter. Roughly an inch thick.


    Reply 2 years ago

    Yes, great suggestion. These look to be about standard dimensions and should fit just fine and agree would yield some really cool effects.


    Reply 2 years ago

    I did some more search and found the SK6812 similar to the WS2812/2813 with an extra white led. It may be more efficient in term of energy consumption.


    2 years ago

    Excellent Work. I really like the attention to detail. Are selling these ? I would like to buy one .


    2 years ago

    WOW! I've been working on this 'exact' design for a while now, and the resemblance are uncanny! I never shared my designs so I'm not accusing you of anything but let's just say: Great minds think alike.

    Mine should be running on a Raspberry pi zero though for a bit more (and awesome) control over the led-strip

    2 replies

    Reply 2 years ago

    That's awesome! I'd love to see your pi controlled design :)


    2 years ago

    Love this design and attention to detail.


    2 years ago

    Looks nice, thanks for sharing :)

    1 reply

    Reply 2 years ago

    Thanks, glad you like it :).