Toni Moser, Jonas Huber

 Function  Create the print template  What are they able to do today  Scope of application Prototype development  Scope of application Series production  Practicable and imaginable functions  Pro/Con arguments  Questions/suggestions  Source

 Builds 3D-components in layers  Construction computer controlled (CAD)  Don´t waste that much materials like a milling machine  Special processing procedure ◦ melting process  Typical material plastic, metal, ceramic, resin

 Using Computer aided design CAD programs  Controles the input requirement

 Create prototypes out of multiple raw materials  Print: cups, mobile phone cases, vases, even shoes or a building  “beam” things from one place to another place  Print skin

 Prototype developement:  Art and design  Architecture  Modelling  Mechanical engineering  Automotive engineering

 Aerospace industry  Medicin and dental technologie  Packaging industry  Bioprinting

 Consumer can design his desired product himself  Some of them could build a whole house because of their technical endowments  3D printer that is able to print details in microscopic size  universal printer  Print space stations

 cheaper than products which are produced from other people/ companies  goods don’t have to be shipped around the world  no production in low-wage countries necessary  people will lose their job  High energy cost, just effective for small parts  Takes a long time to print something

 Price start at about 500 €  High quality home printers start at 2500€ up to 21000€ or more

  Change in the economic system and the environmental impact of 3D-printers 

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 j8SZ4  Wt0p4  speed/  ectric-road/528518d whats- good-cad-program-do-general-design-rc- pro-e1.jpg

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