The Top Biomimicry Projects Using 3D Printing

Biomimicry is defined by Cambridge as “the practice of making technological and industrial design copy natural processes.” Although it may seem counterproductive to bring technological advancements back to the natural world, this practice is driven by the fact that increasingly engineers and scientists are finding that, in many instances, the way that nature has been doing it, especially in terms of design, is best. Furthermore, with the rise of 3D printing technologies, these complex designs are suddenly possible in a way that they have not been with subtractive technologies. As such, in the following non-comprehensive list, we looked at some of the most exciting projects combining 3D printing with biomimicry in no particular order. To better understand how additive manufacturing is helping us to exemplify these optimized patterns.

Earth Moc: Innovation Through Biomimicry

3D printed shoes are no longer a novelty; even major brands like Adidas, New Balance, and Nike are turning to additive manufacturing to create incredible footwear. But that does not mean that innovation is done. In addition to using 3D printing, some are also turning to biomimicry to make even more optimized solutions, such as the case with Earth Moc. Designed by Daniel Shirley as part of Sintratec’s 3D Printing Shoe Design Contest in 2022, the shoe is meant to be reminiscent of intertwining roots and vines to maximize comfort and flexibility. He hopes the TPE-made, light-recovery shoe could be used for relief after hiking or light exercise.

Aguahoja Pavilion

Situated in San Francisco, the AguaHoja Pavilion stands at a height of 5 meters and features an intricate “Totem” structure. This architectural marvel emerged from a collaboration between Neri Oxman, The Mediated Matter Group, and Stratasys, culminating in its impressive realization. Inspired by nature, the design encompasses a series of artifacts predominantly crafted from organic materials shaped by water. The pavilion is supported by a framework additively manufactured using the Stratasys F900 3D printer, ensuring the cohesion of each individual component. Additionally, the project includes an architectural proposal for an environmentally compliant melamine glass structure.