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首页> 外文会议>Materials Science Technology Conference and Exhibition >ADDITIVE MANUFACTURING OF HIGH PERFORMANCE COPPER HEAT EXCHANGERS VIA 3D SCREEN PRINTING
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ADDITIVE MANUFACTURING OF HIGH PERFORMANCE COPPER HEAT EXCHANGERS VIA 3D SCREEN PRINTING

机译：高性能铜热交换器的添加剂制造通过3D丝网印刷

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Screen printing is an industrially established high-throughput technology widely used in the manufacturing of solar cells, electronic circuit boards, gaskets, and so on. It offers the possibility to print layers with high resolution (down to 50 μm), accuracy (±25 μm) and thickness (5 to 50 μm). Based on this technology, a 3D screen printing process has been developed that offers interesting features for the additive manufacturing of metallic parts such as intricate geometrical details and smooth surfaces as well as closed cavities within the part. Figure 1 shows the process route of 3D screen printing.
机译：丝网印刷是一种在工业上建立的高通量技术，广泛用于太阳能电池，电子电路板，垫圈等。它提供了具有高分辨率（低至50μm），精度（±25μm）和厚度（5至50μm）的层。基于该技术，已经开发了一种3D丝网印刷工艺，为金属部件的添加剂制造提供了有趣的特征，例如复杂的几何细节和光滑表面以及部分内的封闭腔。图1显示了3D丝网印刷的过程路径。

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