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image:3d_print.jpg|MACRO - 3d printing the global shape | image:3d_print.jpg|MACRO - 3d printing the global shape | ||
image:11414437_10153882385913906_1435144045_n.jpg| water current and grip pattern | image:11414437_10153882385913906_1435144045_n.jpg| water current and grip pattern | ||
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image:2015-06-04_13.37.54.jpg|MICRO - Milling the texture on a test object | image:2015-06-04_13.37.54.jpg|MICRO - Milling the texture on a test object | ||
image:2015-06-04_14.20.45.jpg|from both sides | image:2015-06-04_14.20.45.jpg|from both sides | ||
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Latest revision as of 13:12, 5 June 2015
InDeSem 15 | GROUP 1
Group 1 members: Maciej Bajor, Roberto Cappuzzello, Maria Gavrilenko, Milou van Min, Hans de Jonge, Marirena Kladeftira, Lillith Kreiss
A Hybrid describes something of mixed origin or composition. It can also be defined as the interaction of components that produce the same or similar results. The mixing of components lets them inform and improve one another. The hybrid can consist of several materials or elements but also techniques or species. The project focuses on the connection and continuous variation of surfaces and elements. Using two robotic production methods: hot wire cutting and milling.
DESIGN CONCEPT DIAGRAM
ROBOTIC FABRICATION SLIDESHOW
IMAGES OF EXPERIMENTS & PROTOTYPE: small text on each image explaining material, scale, etc
MACRO - 3d printing the global shape
water current and grip pattern
MICRO - Milling the texture on a test object
from both sides
WORKSHOP VIDEO
InDeSem 2015 - Re:Craft - Hyperbody - Hybridity
