Abstract :
This article discusses how digital fabrication affects the production of electronic devices, drawing on the author´s experience making radios, speakers, mice, and cellphones. Several case studies demonstrate the differences between digital fabrication and traditional mass-production or do-it-yourself (DIY) practices. The author analyzes how the digital nature of design files and the flexibility of fabricating them into physical objects transform the design and production of enclosures and circuit boards, but has less effect on component sourcing, circuit assembly, and programming. The author also explores how different people can get involved in the process of fabricating devices, the skills required, and relevant motivations. This article is part of a special issue on printing and fabrication.
Keywords :
electronic engineering computing; electronic equipment manufacture; electronics industry; DIY practices; cellphones; circuit assembly; circuit boards; component sourcing; digital fabrication; do-it-yourself fabrication; do-it-yourself practices; electronic devices; mass production practices; mice; radios; speakers; Digital systems; Electronic equipment; Fabrication; Laser beam cutting; Printed circuits; Soldering; Virtual manufacturing; 3D printing; DIY; circuit boards; digital fabrication; pervasive computing;