用于生产3D打印复合材料长丝的移动挤压机

E. Teterin, D. Zhuravlev, D. Berchuk
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引用次数: 3

摘要

本文介绍了一种新的低成本移动挤压系统,该系统可以生产高质量的长丝,并且在整个长度范围内直径稳定。这种装置可以产生用于三维打印的新型复合材料。本文包含实验数据,证明了宣布的质量和准确性。本文对3D打印的原理、操作系统、原理图、系统组成等进行了详细的说明。3D打印采用自动化控制的工艺,介绍了滚丝杆和绕型线圈的加热元件和执行机构的温度控制方法。为此,使用了带有Atmel AVR多功能微控制器的Arduino。并给出了控制系统的结构图和编码部分的具体特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile extrusion machine for the production of composite filaments for 3D printing
This paper represents a new low-cost mobile extrusion system which is ready to manufacture high-quality filament with stable diameter throughout its length. This device allows generating new composite materials for three-dimensional printing. The article contains experiment data proving announced quality and accuracy. Authors represent detailed explanation of principle operation system, diagrams, components of system, etc. 3D printing assumes automated control for the process, so the paper describes the method for temperature control of heater elements and actuators for rolling screw and form-wound coil. For this purpose, the Arduino with the Atmel AVR multifunctional microcontroller was used. In addition, the article provides the structure diagram of the control system and specific features of coding part.
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