Rancang Bangun Alat Cetak Material Komposit Dengan Sistem Tekan

M. Suyuti, A. H. Razak, Pria Gautama, Abdulsalam Mosobalaje Murtadha, D. H. Wahyuningsi, Wiranto Wiranto
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Abstract

The use of composite materials is growing rapidly because it’s have several advantages including easy to form, low density, and abundant availability. This matter encourages composites as substitute metals in various products. The purpose of this research is to make a press tool to form composite panel. The research method is carried out through several stages. The first stage, namely the design process by making sketches or drawings of press tools using Autodesk Fusion software. The second stage is the manufacturing process; components that are not standard were made by machining processes as needed refer to drawings design. The third stage, namely the assembly process, combining each component into a mutually supportive form as planned. The last stage is testing the press tool. At this stage the press tools equipment was tested by pressing eceng gondok (Eichhornia crassipes) fiber to become composite panels. Press tools can make composite panels with thicknesses ranging from 3.67 mm until 4.4 mm. The size of the composite panel follows the size of the mold.
复合材料的使用正在迅速增长,因为它具有几个优点,包括易于形成,低密度和丰富的可用性。这一问题鼓励复合材料作为各种产品的替代金属。本课题研究的目的是制造一种成型复合板材的冲压工具。研究方法分几个阶段进行。第一阶段,即通过使用Autodesk Fusion软件制作冲压工具草图或图纸的设计过程。第二阶段是制造过程;非标准部件根据需要参照图纸设计进行机加工。第三阶段,即组装过程,将每个组件按照计划组合成一个相互支持的形式。最后一个阶段是测试冲压工具。在这一阶段,冲压工具设备通过压制青竹纤维成为复合板进行了测试。冲压工具可以制作厚度从3.67 mm到4.4 mm的复合板。复合板的尺寸遵循模具的尺寸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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