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Beam Melting Technology can be industrially applied for manufacturing of prototypes, mold and die inserts with complex cooling systems as well as serial components in small production volume. Beam melting technology enables manufacturing of particularly complex geometries such as untercuts, internal hollows and delicate structures, which could hardly or not at all be produced by conventional manufacturing methods. Ideally, components for this manufacturing process are characterized by a high degree of geometrical complexity with comparably low volume. Examples for this are medical technology applications such as patient-specific implants or special surgery tools, mold and die inserts with complex conformal cooling systems, e.g. for plastics injection molding, components for the aircraft or the motorsports industry as well as metallic prototypes for all types of application. Moreover, beam melting technology allows manufacturing of topologically optimized components and lattice-like structures.