CORK NON-PLANAR — nacho monereo

CORK-BASED 3D PRINTING: Non-Planar Additive Manufacturing

Project Type: Research Project - Bandy2

Introduction:

The Bandy2 project explores the potential of cork-based 3D printing as a viable and sustainable technique for non-planar additive manufacturing. By utilizing cork, a renewable natural material, this research aims to challenge traditional building practices and develop new approaches to architectural fabrication. The project investigates the material properties of cork and its application in creating intricate, sustainable 3D printed structures, paving the way for a more environmentally friendly future in construction.

Description:

This research focuses on the use of cork as a key material for 3D printing, exploring its unique properties and how they can be harnessed to create innovative structures. Cork is an ideal material for additive manufacturing due to its lightweight, durable, and sustainable nature. The Bandy2 project investigates the challenges and opportunities presented by cork in the context of non-planar 3D printing, developing strategies to manipulate the material for complex architectural applications.

Key Aspects Covered in the Project:

Cork as a Sustainable Material for 3D Printing
Non-Planar Additive Manufacturing Techniques
Design and Fabrication of Complex Structures
Environmental Impact and Sustainability in Architecture
Future Applications of Cork in Architectural Fabrication

Conclusion:

The Bandy2 project highlights the potential of cork as a sustainable material for non-planar additive manufacturing in architecture. By leveraging the natural properties of cork, this research aims to revolutionize the way we approach architectural design and construction, offering a more sustainable, efficient, and innovative path forward in the field of fabrication.

Acknowledgments:

I would like to extend my thanks to the team and collaborators involved in the Bandy2 project, whose dedication and creativity have made this research possible. Special thanks to all contributors for their continuous support in advancing sustainable architecture and fabrication technologies.