(bio)Plastic Morphologies: A Unique and Sustainable Table Design

An Innovative Manufacturing Process Exploiting the Structural Properties of Bioplastic

The design of the (bio)Plastic Morphologies table is centered around the innovative manufacturing process that Valente has developed. By utilizing bioplastic, a material that can be made at home using simple ingredients such as potato starch, vinegar, water, and glycerin, Valente has created a table that is both environmentally friendly and visually striking.

The key element of the design lies in the manipulation of the bioplastic material at its viscous state. When the material reaches the right level of viscosity, it can be stretched, revealing intricate branching structures. These structures not only add a unique aesthetic to the table but also provide it with inherent structural properties.

The manufacturing process of the (bio)Plastic Morphologies table involves producing the bioplastic and stretching it under specific conditions and initial constraints. This process ensures that the material retains its structural integrity and creates a table that is both visually appealing and structurally sound.

The (bio)Plastic Morphologies table measures 3.4m x 1.3m x 0.75m, making it suitable for various spaces and settings. Its efficient configuration, achieved through the intricate branching structures formed by the viscous material, allows for a high surface area coverage with minimal material usage. This innovative approach makes the table highly sustainable and environmentally conscious.

Marilu Valente's research for the (bio)Plastic Morphologies table was driven by the concept of "form follows the material." Through extensive experimentation and manipulation of bioplastic, Valente discovered the potential of stretching the material to create branching structures that offer superior structural support under compression. This research formed the foundation for the manufacturing process and design of the table.

The (bio)Plastic Morphologies table is still in its conceptual stage, with small prototypes already produced. Valente's design has garnered recognition and was awarded the Iron A' Design Award in 2015. This prestigious award is given to well-designed, practical, and innovative creations that meet professional and industrial requirements, contributing to a better world.

The (bio)Plastic Morphologies table is a testament to the possibilities of sustainable design and the creative potential of bioplastic. Valente's innovative manufacturing process and the unique structural properties of the material make this table a standout piece that combines art, architecture, design, and technology in a harmonious and environmentally conscious way.