Features of manufacturing 3D functional parts by selective laser melting

机译：通过选择性激光熔化制造3D功能部件的特点

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To up-grade SLM process for manufacturing real components, high mechanical properties of final product must be achieved. The properties of a part produced by SLM technology depend strongly on the properties of each single track and each single layer. In this study, effects of the processing parameters such as laser power, scanning speed and powder layer thickness on the single tracks formation are analyzed. It is shown that, by choosing an optimal technological window and appropriate strategy of SLM, it is possible to manufacture highly complex parts with mechanical properties comparable to those of wrought material.

机译：对于制造真实部件的Up级SLM工艺，必须实现最终产品的高机械性能。由SLM技术产生的部件的特性强烈地依赖于每个单轨和每个单层的性质。在该研究中，分析了在单轨道形成上的加工参数，例如激光功率，扫描速度和粉末层厚度的效果。结果表明，通过选择最佳技术窗口和适当的SLM策略，可以制造具有与锻造材料相当的机械性能的高度复杂的部件。

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《International Conference on Surface Modification Technologies》|2011年||共13页
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I. Yadroitsev; I. Smurov;
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中图分类 TG176-53;
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4. Features of manufacturing 3D functional parts by selective laser melting [C] . I. Yadroitsev, I. Smurov International Conference on Surface Modification Technologies . 2011

机译：通过选择性激光熔化制造3D功能部件的特点
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Features of manufacturing 3D functional parts by selective laser melting

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