新品 Microtrac 金属粉 積層造形プロセス向けの粒子特性評価 場所 ワージントン, オハイオ, アメリカ
新しい
仕様
- 状態
- 新品
- % oversize> 200 μm added
- % oversize＞200 μm detected by CAMSIZER X2; Difference
- 0.005 %
- 0.005 %; 0.000 %
- 0.010 %
- 0.013 %; 0.003 %
- 0.020 %
- 0.019 %; 0.001 %
- 0.050 %
- 0.054 %; 0.004 %
- 0.100 %
- 0.107 %; 0.007 %
- 0.200 %
- 0.201 %; 0.001 %
- 1.000 %
- 0.936 %; 0.064 %
- カテゴリー
- Particle analysis of metal powders
- リスティングID
- 102061829
説明
Additive manufacturing technologies are increasingly used in the construction of machines, means of transportation and many other products. In aircraft construction, for example Metallic 3-D printing opens entirely new possibilities for weight reduction, and consequently the reduction of kerosene consumption.
Parts that previously had to be assembled from dozens of individual components can now be manufactured directly in one piece. Advances in the development of additive manufacturing allow more and more parts to be produced in large quantities by 3D printing.
Metal Powders used for additive manufacturing must meet the highest quality standards: The particle size distribution should be narrow and must be known as precisely as possible in order to control the behavior of the material during the sintering process.
MICROTRAC particle analyzers are ideally suited to determine the particle size distribution of metal powders used for additive manufacturing processes.