This work explores the use of automated machines as their own design tools, using Arduino to control the machine's opening speed, bubble size, smoke density and other variables, so that it can make different changes according to the ambient atmosphere sensing.
Studying how the IRIS blades are opened and rotated, and the pattern retention after the bubbles are blown, are controlled by different signal values, using CNC and 3D printing tools to make machine aluminum sheets and bubble water forming, recycling, etc. Customized components. The ultimate goal of the research is to use digital manufacturing to bridge the
gap between consumers, designers and manufacturing. When design and production allow us to blur the boundaries between these three groups, society will imagine the design around the center.
