The Sectionimal Table is Made from Numerical Manipulation
Katherinev123 — December 16, 2009 — Art & Design
It is always interesting to learn how designers create and form the plans for their designs. In the case of the Sectionimal Table by Chilean digital design and fabrication studio gt_2P, a software program called SECTION was used.
The Sectionimal Table is part of series of parametric furniture that was created using SECTION, which takes information about the materials and desired characteristics of the end piece to create the parameters for it. Essentially, it optimizes the design using algorithms that integrate design and digital fabrication. While the whole process sounds confusing, the outcome is obviously spectacular, as you can see from the Sectionimal Table.
The Sectionimal Table is part of series of parametric furniture that was created using SECTION, which takes information about the materials and desired characteristics of the end piece to create the parameters for it. Essentially, it optimizes the design using algorithms that integrate design and digital fabrication. While the whole process sounds confusing, the outcome is obviously spectacular, as you can see from the Sectionimal Table.
Trend Themes
1. Parametric Furniture - The use of software programs to create customizable design parameters for furniture presents new opportunities for mass customization and personalized products.
2. Algorithmic Design - The integration of design and digital fabrication through algorithmic optimization presents opportunities for more efficient and precise manufacturing processes.
3. Numerical Sculpture - The use of numerical manipulation to create sculptural and ergonomic furniture presents opportunities for unique and innovative designs.
Industry Implications
1. Furniture Manufacturing - The use of algorithmic design and digital fabrication technology presents opportunities for more efficient and customizable production processes.
2. Architecture and Interior Design - The use of parametric software programs presents opportunities for architects and designers to create unique and customizable pieces for their clients.
3. Art and Sculpture - The use of numerical manipulation and algorithmic optimization presents opportunities for artists and sculptors to create unique and innovative pieces.
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