// Robo-Print Bridge

The project experiments with the precision and tolerance control of a robot through light sculpture. The design involves mathematical manipulation to achieve a Möbius geometry, executed as a light sculpture with a KUKA robot. To create further details for the sculpture, the initial Möbius knot is further constrained by a double helical spiral, alternating in different sections. Each section is defined by individual robot paths, enhancing the complexity and precision of the design. This dual-path approach allows for intricate layering and interaction between the Möbius geometry and the helical spiral, resulting in a dynamic light sculpture. Over a four-minute period, the robot captures two different images of tiny details separately, which are then overlaid to create the final output. This project illustrates the high level of precision in fabrication that humans can achieve using robotic technology, demonstrating the potential for intricate and complex designs made possible through robotic assistance. 

#light sculpture #mobius geometries #Robotic fabrication #Precision control