| Abstract |
Additive technology can cover both manufacturing and user segments. Common usage in households is only in its early stages and far from overshadows of industrial use. Additive technology offers economic benefits as well as simplification of logistics, minimization of inventories, guarantee of time flexibility, availability of spare and complementary parts, which redefine the lifetime of a common equipment. Individuality embedded into the production process, where any part produced by this technology can be customized according to customer's specifications (within the certain limits), allows direct influence on the user's surroundings. Innovative work that promotes uniquely creative design, as well as standardly shared templates, chosen materials, and their recycling, brings a range of options, which also entails certain risks. For the Smart City environment, it is important to secure sustainable efficiency for contained production systems. Utilizing methodologies such as EDSM [1] provides powerful tools for such technology management. To properly reflect the dynamic changes in a modern city, it is necessary to apply the principles of Industry 4.0. By implementing complete life cycle management, it should be possible to provide a secure future for additive technology as an indispensable part of a Smart City. |
