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(overhang)/(undercut)    3-D   3          powder bed     . 5  3      2.5-D       3-D       2-D          .   2-D           / Key Words: 3-D Printing(3 ), 5-Axis(5), 3-D Layering (3 ), Radial Gradient( ), Auto-Partitioning (  ) : 5   3     overhang/undercut   tilting  rotating 2       (support structure)    3-D (3DL: 3-D layering)  .   overhang/undercut   tilting  rotating         (preprocessor)   .   overhang/undercut       3 layering       (calculation of radial gradient: CRG)    (implicit auto-partitioning algorithm: IAP)    (Multi-part Layering Algorithm: MPL)     STL      . Abstract: The purpose of three-dimensional (3-D) metal printing using 5-axis is to deposit metal powder by changing the orientation of the deposited structure to be built for the overhang or undercut feature on part geometry. This requires a complicated preprocess functionality of providing three dimensionally sliced layers to cover the required part geometry. This study addresses the overhang/undercut problem in 3-D metal printing and discusses a possible solution of providing 3-D layers to be built using the DMT® machine.

Three Dimensional Layering Algorithm for 3-D Metal Printing Using 5-axis