GMU:Printed Circuit Board Art/mxkllmnn (side project): Difference between revisions

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The Cyborg series started back in 2015 with the first piece (Cyborg I) being a migratory locust that got a new leg out of a safety pin after I dropped the original preparation. When I got to know about super-thin PCBs, the idea of the Butterfly came to my mind. Also, at the time I was the lucky owner of a Nokia 8800, which has a rather sophisticated sliding mechanism that requires such flex PCBs.
[[File:ButterflyPCB.jpg|800px]]
 
The Cyborg series started back in 2015 with the first piece (Cyborg I) being a migratory locust that got a new leg out of a safety pin after I dropped the original preparation. When I got to know about super-thin PCBs during this course, the idea of the Butterfly came to my mind. Also, I was the lucky owner of a Nokia 8800 back in the days, which has a rather sophisticated sliding mechanism that required such flex PCBs. Putting things together, now there is another Cyborg.


[[File:Nokia8800.jpg|800px]]
[[File:Nokia8800.jpg|800px]]
[[File:ButterflyPCB.jpg|800px]]

Latest revision as of 19:02, 9 March 2022

ButterflyPCB.jpg

The Cyborg series started back in 2015 with the first piece (Cyborg I) being a migratory locust that got a new leg out of a safety pin after I dropped the original preparation. When I got to know about super-thin PCBs during this course, the idea of the Butterfly came to my mind. Also, I was the lucky owner of a Nokia 8800 back in the days, which has a rather sophisticated sliding mechanism that required such flex PCBs. Putting things together, now there is another Cyborg.

Nokia8800.jpg