用于复杂切削路径的泡沫塑料刀具数控机床的研制

H. Rochardjo, Bagus Gentur Sakanegara
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引用次数: 1

摘要

介绍了平面聚苯乙烯泡沫塑料二维复杂加工数控机床的设计、制造和应用。切刀采用直流加热镍丝。X轴和Y轴的移动采用开环控制步进电机。首先从图像中提取路径,然后将捕获的图像转换为线形图,然后对机器进行编程,使其沿结果线运行。结果表明,该机床无需手动输入较长的数控代码,就能很好地切割出wayang图形形式的复杂路径形状。测试结果表明,在x轴和y轴上的平均距离误差平均为0,245 mm。
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Development of styrofoam cutter NC machine for intricate cutting path
This paper deals with the design, manufacture and application of NC machine for cutting 2D intricate path of plane styrofoam. The cutter uses nickel wire heated by DC electric current. The X and Y axis is moved using open loop controlled stepper motor. The path that is cut is first was taken from picture, than changed the captured picture into line graph, and then programming the machine to follow the resulted line. The result shows that the machine can cut well in intricate path shape in the form of wayang figure without typing manually long NC code. The testing shows that the average distance error reaches of 0,245 mm on average in both x and y axis.
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