Concrete 3D Printing - The Gradient Furniture by Philipp Aduatz

Concrete 3D Printing – The Gradient Furniture by Philipp Aduatz

3D printing concrete furniture may seem like a futuristic concept, but it may be coming soon to a living room near you thanks to the collaboration between designer Philipp Aduatz and the concrete 3D printing specialists at incremental3D.

Gradient Furniture Collection

The 3D printed Gradient Collection consists of the Gradient Fauteuil, the Gradient Stool, the Gradient Bench (large and small), and the Gradient Vase. In addition to offering the collection for sale, Aduatz has thoroughly documented both the design philosophy as well as the design process on his website for those who are interested in learning more about this unique printing process.

Philipp Aduatz Sitting on a Gradient Blue Fauteuil
Concrete Furniture – Gradient Fauteuil
(Image: Philipp Aduatz)

In addition to the design freedom afforded by the additive manufacturing process, the ability to directly 3D print objects using concrete also reduces the need for manufacturing-adjacent costs such as molds, tooling, fixturing, and more. This collection of furniture offers a glimpse into the future of manufacturing where objects can be created quickly and efficiently with minimal costs associated with incremental changes that would be otherwise cost-prohibitive to manufacture.

Concrete 3D Printing

The Gradient furniture collection uses a unique printing process developed in collaboration with incremental3D, an Austrian additive manufacturing team that is focused on concrete 3D printing. The mechanical printing process used by incremental3D is a modified version of the Fused Deposition Modeling style of 3D printing used by many desktop printers. From a glimpse of the picture, we could assume that an industrial-grade robotic arm (SCARA) was involved in the 3D printing process. Instead of depositing layers of plastic that have been melted from a filament-based feedstock, the incremental3D system extrudes large layers of concrete that are fused during the printing process.

Gradient 3D Printing - Industrial Grade Robotic Arm ABB
Gradient 3D Printing – Industrial Grade Robotic Arm ABB
(Image: Philipp Aduatz)

Philipp Aduatz has collaborated with incremental3D to develop a dying process that works in parallel with the printing process that gives the final printed part a gradient of color. This gradient of color is the inspiration behind the name of the collection, and draws inspiration from image processing.

The Gradient Bench Large

The Gradient Bench Large is an excellent example of the exciting potential of this style of 3D printing. Measuring 230 x 56 x 45 cm (90.6 x 22.0 x 17.7 inches), this bench would be an impressive 3D print in and of itself, but it becomes truly note-worthy when considering the planning and processing required to achieve the gentle symmetrical gradient of color present throughout the model. The bench utilizes a steel reinforcement to add tensile strength to the concrete and is available in a limited edition of 50 pieces in red, blue, beige, green, and black.

Concrete Blue Gradient Bench
3D Printed in Concrete Gradient Bench
(Image: Philipp Aduatz)

Additional Information

Philipp Aduatz has released a video on YouTube that documents the production of the Gradient Collection and shows the work done by the incremental3D team on concrete 3D printing. The unique dying process can be seen in this video as the concrete is extruded and dyed simultaneously. This video also shows the Gradient Vase; a model with polygonal design intent that has been smoothed using a subdivision modeling process to give it a gentle gradient surface between faceted and smooth.

Read more: 3D Printed Eco-Habitat

By creating a 3D printed structure using a specialized machine and locally sourced materials, is a clear demonstration that this style of construction is no longer simply an idea, but a practical reality that can be produced and reproduced.

Leave a comment

We encourage and welcome topic related comments. Comments with links will be held briefly for moderation. Links to social media profiles can be inserted into the Website tab. Your email address will not be published. To have an image/avatar, users must be registered at Gravatar. Happy Commenting!