Paper is often perceived as a traditional artisan material often used in product packaging, but it is an essential prototyping material for designers. Its unparalleled ability to create volume through folding, to guide shadows, and its delicate nature are at the heart of this research.

This project redefines the boundaries of paper craftsmanship and addresses the growing need for adaptable production systems through robotics.

Tracks is situated in the realm of local and on-demand manufacturing.

The robotic arm offers a mobile process that merges the precision and versatility of robotics with paper craftmanship. By replacing expensive die-cut tools with robotic flexibility, we aim to seamlessly merge parametric design with on-demand production. The developed series of lampshades can be produced locally at the store, reducing storage space and shipping costs, while allowing people to order personalized designs.

Utilizing the potential of robotics, we developed a system that executes intricate paper folding patterns. This approach accelerates the design process, but also openes up new possibilities in material utilization and product development. A simple cutting gesture and the perforation of paper help to create simplified but volumes shapes. These paper shapes are used as lamp shades and resemble a fuid form family of elegant shadow flow.