Abstract
AbstractDirect metal laser deposition (DMLD) is commonly used for improving the surface quality of parts and for additive manufacturing of components. It can achieve faster throughput, better‐quality cladding, very low dilution levels, reduced heat input, minimal distortion, extremely low porosity, and improved surface uniformity. Taken together, these properties substantially reduce the need for time‐consuming and costly post‐processing. DMLD also offers a wide range of design options. Software‐assisted approaches make it possible to create a wide range of geometries. Multi‐layer additive manufacturing of parts is feasible, and it is even possible to build new parts that connect to existing components.
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