We are proud to announce that one of the world’s newest and most advanced manufacturing technologies for 3D printed wood is now in the hands of consumers, inventors, and designers like you. From now on we welcome every designer to upload their 3D models to our website and order a wooden 3D print of their designs.

3D Printed Wood: the Material

Models in wood are constructed from a brown, very fine, granular powder made from wood chips. The surface has a sandy, granular look, and is slightly porous.

Wood is perfect for complex models, as it allows for interlocking and moving parts. Typically, these are models you put on your desk or on a shelf such as architectural scale models, figurines and awards. The technique used to print wood gives you lots of design freedom, meaning you can create an object that cannot be realized with traditional woodworking methods.

3D printed wood

The First Designs in 3D Printed Wood

Before we launched this 3D printing material, we asked our community to submit the first designs for our wood 3D printers. Here are some of the winning designs:

3D printing wood

Wooden 3D printed smartphone amplifier by James Novak.

an object from a wood 3d printer

Wooden 3D printed crate by Ferdinand Jahnke

learn how wood 3d printers work

Wooden 3D printed Tree Napkin Ring by Odette Coutant

3D Printing Wood: the Technology

Laser sintering is used to build your design with this material. The models are printed layer-by-layer using a laser that draws thin lines on a powder bed, which melts and bonds the powder with the previous, already solidified layers model. After a layer is printed, a new layer of fresh powder is spread over the surface by a roller. The printer has a print chamber that is heated to just below the melting point of the powder; the laser beam adds the extra energy to melt the powder, forming a solid model. After a print job is finished, the result is a big block of warm powder with the printed models resting inside.

Here is a diagram that explain this concept in pictures:

printing wood with SLS - laser sintering

Design Guidelines for 3D Printed Wood

This 3D printing technology enables you to print up to a maximum size of 250 mm x 250 mm x 200 mm. It also allows for interlocking and moving parts in your designs. When you design something like a chainmail, make sure to provide enough space between the rings in your 3D model. At least 0.5 mm of space should be kept between the rings.

Interlocking parts are possible with 3D printed wood.

Interlocking parts are possible with 3D printed wood.

laser sintered 3d printed wood

Interlocking parts are possible. This fully-functional treasure chest came out of a 3D printer. Teeny Tiny Treasure Chest by Lucas Alousis.

The strength of 3D printed wood is lower compared to other 3D printed materials. Thus thicker walls (of minimum 3 mm) are recommended. If possible, try to hollow out your model. This avoids deformation during the printing process. When selecting this option, you need to foresee at least one hole with diameter of at least 15mm in your model so the wood powder trapped on the inside can be easily removed after printing. We recommend that you create several holes so that the material can be removed even easier.

hollow model for 3d printed wood

Try to hollow out your object.

close up photo of 3d printed wood

A hollow 3D printed object in wood. Tomy Tones by Tommy Rombauts.

Learn more about this exciting new material here and visit the main site of our online 3D printing service if you would like to order a wooden 3D print of your design.

  • Sergey Tomashevich
  • StClair

    “a brown, very fine, granular powder made from wood chips. The surface has a sandy, granular look, and is slightly porous.”

    … also known as sawdust.

  • christopherjacques

    Can this be sanded to a smooth surface?

  • Fabian

    Hi Chris, you can sand off our wood material but the surface wouldn’t get smoother.

  • Grégoire Altan-Bonnet

    Has the strength (under tension or under compression) for a piece printed in wood been measured? Can it be reinforced with glues (e.g. cyanoacrylate)?

  • Fabian

    Hi Grégoire,
    Thanks for your question! The strength hasn’t been measured yet. But since the material is porous it can be reinforced with superglue.

  • Ann Cee

    What would be the best method (if known) to make this look like different woods…cedar, oak, pine….would seal, stain and clear-coat do it? Anyone tried yet? Waiting on my 3-d printer so can’t experiment yet – thx!

  • Daniel Wu

    I am looking for 3D printer which can print 2m size wooden furniture. can anyone recommend?

  • Dave Creek

    I do a lot of wood preservation on bonsai trees, and I can vouch for Acryloid B-72 as a wonderful resin to coat something like this with.

    That said – Resin is a &%$# and should be tested on a very small sample. The resin cures at up to 200 degrees F, so if there is any moisture in the 3D Printed Wood – it might expel gas and cause the resin to bubble a little bit in the curing. You CAN undo this by simply brushing the hardened bubbly surface (similar to beer head) with a small paintbrush and some acetone.

  • Louis Browne

    You won’t be able to get varnished surfaces or wood grain, due to the material used, woodgrain. Typically woodgrain is an assortment of various woods and plastic. It’s construction is like what corned beef is to chicken.

  • Markus

    Hello Fabian
    I’m currently producing a hemp clothing range, is it possible to produce 3d hemp zip pulls, buttons etc? Kindly get get back to me