Entreautre Creates the Biomimcry 3D-Printed Terracotta Cooler
Amy Duong — November 6, 2023 — Art & Design
References: redirect.viglink & design-milk
Simon Pavy works together with design studio Entreautre to create the Biomimicry 3D-Printed Terracotta Cooler using a custom 3D printer. It is a ceramic structure that is about the same size as a houseplant planter but is defined by its cooling elements.
This features an intricate series of looping vessels that are made with inspiration from coral. This is created through various layers using the 3D printer custom-made by Dutch artist Olivier Van Herpt. It extrudes terracotta with an intricate build. The form increates the surface area where water is able to spread out and evaporate. As a result of this same feature, it allows for cool ambient air to flor through with the help of a fan.
Image Credit: Entreautre, Simon Pavy
This features an intricate series of looping vessels that are made with inspiration from coral. This is created through various layers using the 3D printer custom-made by Dutch artist Olivier Van Herpt. It extrudes terracotta with an intricate build. The form increates the surface area where water is able to spread out and evaporate. As a result of this same feature, it allows for cool ambient air to flor through with the help of a fan.
Image Credit: Entreautre, Simon Pavy
Trend Themes
1. Biomimicry Terracotta Cooling - The 3D-printed terracotta cooler, inspired by coral, creates a biomimicry design that maximizes surface area for water evaporation and allows for cool airflow.
2. Custom 3D Printing Technology - The custom 3D printer used in the creation of the terracotta cooler showcases innovative 3D printing technology that can produce intricate ceramic structures.
3. Cooling Design - The intricate looping vessels and fan system in the terracotta cooler design present opportunities for disruptive innovation in cooling technology.
Industry Implications
1. Architecture - The biomimicry terracotta cooling design could revolutionize the way buildings are cooled, providing sustainable and energy-efficient alternatives.
2. 3D Printing - The custom 3D printing technology used in the creation of the terracotta cooler demonstrates the potential for advancements in 3D printing for ceramic structures and design.
3. Appliances - The innovative cooling design of the terracotta cooler presents opportunities for disruptive innovation in the home appliance industry, offering more efficient and eco-friendly cooling solutions.
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