Archive for September, 2012[.. author markup ..] [.. date markup ..]
This project is part of ongoing research that investigates the utilization of a 7-axis robot for hotwire cutting casting molds from EPS foam stock for the purposes of casting variable concrete units. The projects conceptual basis is the rethinking of the masonry block as a variable unit. Rhinoceros with Python computer scripting is explored as a methodology for producing the variable units – which are aggregated to form continuous structural surface forms. Surfaces from the design models are imported to Master Cam to produce tool-pathing and G-code to run a robot controlled hotwire. Multiple molds are cut from 4’ x 8’ sheets of fully recyclable EPS foam – with average cutting time of each part being under 3 minutes. Through exploring the full span of the design and production process from coding to casting to assembly the project aims are to investigate both the efficiency of the system and its formal/structure/ornamental potentials. The aesthetic desire being to produce a form and unit design which is intricate – more like lace – possessing the texture and tactility of concrete – but having a lightness of form and linament which is perceptually other.