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- Complexity_paradox abstract "The complexity paradox is a phenomenon associated with 3D printing.The paradox arises from the observation that, in contrast with other forms of manufacturing, as the complexity of the item being manufactured increases, the cost of 3D printing the item declines.In the case of conventional manufacturing, the more complicated an item happens to be (i.e., the more components that it is made from and the more complex the resulting assembly process happens to be) the more the item costs to make.However, in the case of 3D printing, not only is it true that a complex 3D shape can be 'printed' just as easily as a simple one, it transpires that structural complexity actually reduces 3D printing costsBecause the cost of 3D printing an item is dependent upon little more than the amount of ‘3D printing ink’ (as well as a small amount of electrical power) the more complex the shape happens to be, the more numerous are the spaces that there happen to be between the components (designers refer to inter-component-spaces as ‘voids’) the smaller the quantity of 3D printer ink (which is usually plastic, but can sometimes be metallic) that is required to create the printed object.The 3D printing complexity paradox can be expressed in the form of an equation:Greater complexity = more + bigger voids = less ink = lower cost".
- Complexity_paradox wikiPageID "41630195".
- Complexity_paradox wikiPageLength "1462".
- Complexity_paradox wikiPageOutDegree "4".
- Complexity_paradox wikiPageRevisionID "644441656".
- Complexity_paradox wikiPageWikiLink 3D_printing.
- Complexity_paradox wikiPageWikiLink Category:3D_printing.
- Complexity_paradox wikiPageWikiLink Equation.
- Complexity_paradox wikiPageWikiLink Manufacturing.
- Complexity_paradox wikiPageWikiLinkText "Complexity paradox".
- Complexity_paradox wikiPageUsesTemplate Template:Multiple_issues.
- Complexity_paradox wikiPageUsesTemplate Template:No_footnotes.
- Complexity_paradox wikiPageUsesTemplate Template:Orphan.
- Complexity_paradox subject Category:3D_printing.
- Complexity_paradox hypernym Phenomenon.
- Complexity_paradox type Disease.
- Complexity_paradox comment "The complexity paradox is a phenomenon associated with 3D printing.The paradox arises from the observation that, in contrast with other forms of manufacturing, as the complexity of the item being manufactured increases, the cost of 3D printing the item declines.In the case of conventional manufacturing, the more complicated an item happens to be (i.e., the more components that it is made from and the more complex the resulting assembly process happens to be) the more the item costs to make.However, in the case of 3D printing, not only is it true that a complex 3D shape can be 'printed' just as easily as a simple one, it transpires that structural complexity actually reduces 3D printing costsBecause the cost of 3D printing an item is dependent upon little more than the amount of ‘3D printing ink’ (as well as a small amount of electrical power) the more complex the shape happens to be, the more numerous are the spaces that there happen to be between the components (designers refer to inter-component-spaces as ‘voids’) the smaller the quantity of 3D printer ink (which is usually plastic, but can sometimes be metallic) that is required to create the printed object.The 3D printing complexity paradox can be expressed in the form of an equation:Greater complexity = more + bigger voids = less ink = lower cost".
- Complexity_paradox label "Complexity paradox".
- Complexity_paradox sameAs Q17008650.
- Complexity_paradox sameAs m.0_8pk_b.
- Complexity_paradox sameAs Q17008650.
- Complexity_paradox wasDerivedFrom Complexity_paradox?oldid=644441656.
- Complexity_paradox isPrimaryTopicOf Complexity_paradox.