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A study on the manufacture of dissimilar metal jewelry using 3D printer
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 Title & Authors
A study on the manufacture of dissimilar metal jewelry using 3D printer
Lee, Jung-Soo; Cha, Kyung-Chul;
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In the late 1990`s implementation of CAD/CAM systems in 3D printer has been led to many changes in the jewelry industry. Low cost 3D printer has been started advertising in the jewelry in 2009 after expiration of key patents of FDM scheme. Mass jewelry production process will vary in appliance with direct production process of 3D printer production line. The studies presented in this variation is the jewelry manufacturing process using a 3D Printer and the different metals with different colors were also produced for bonding the prototype jewelry. Increasing the possibilities of 3D printer through them, presents a variety of jewelry mass production methods.
3D printer;Dissimilar metal jewelry;Jewelry mass production;
 Cited by
J.Y. Koh, O.S. Song, J.H. Ryu and S.G. Shin, "Jewelry design automization using a 3D CAD", J. Academiaindustrial Technol. 2 (2001) 95.

S.G. Choi, "RP equipment and samples for making jewelery", Cad & Graphics (2006) 114.

S.C. Park, "About Korean precious metal industrial activation plan research", J. Korea Contents Asso. 9 (2009) 619.

J.S. Lee and H.S. Kim, "A study on jewelry-making using a multi-casting", J. Korean Cryst. Growth Cryst. Technol. 22 (2012) 224.

J.H. Lee, "A study on quality improvement of silver jewelry in lost wax casting", Graduate School of Techno Design Kookmin University (2014) 13.