Rizki Ramadhan, Haris Abizar
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摘要

模具一般由两部分组成,即型腔和型芯。CAD和CAM是满足型腔和芯件加工需求的解决方案。显示CAM过程以获得代码文件形式的程序,该文件稍后将进入数控机床。本研究的目的是能够设计和规划在塑料板模具上制作芯的过程,并能够用软件对芯板模具进行编程。本研究是为了确定芯板模具的制作工艺。要确定每个刀具的主轴速度和进给速度,请参见切削速度参考。使用MasterCAM软件从芯板制造的所有阶段开始,产生了几个加工过程,即钻、丝锥、镗孔、表面粗加工、表面半精加工和表面精加工。完成所有流程所需的总时间为42小时48分11秒。
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PEMBUATAN PROGRAM CORE PADA CETAKAN PIRING PLASTIK MENGGUNAKAN SOFTWARE MASTERCAM X5
The mold generally consists of two parts, namely the cavity and the core. CAD and CAM are solutions that can meet the needs of cavity and core fabrication. The CAM process is displayed to get a program in the form of a code file which will later be entered into the CNC machine. This study aims to be able to design and plan the process of making cores on plastic plate molds and being able to program core plate molds with software. This research was conducted to determine the process of making core plate molds. To determine the spindle speed and feed speed for each tool, see the cutting speed reference. From all stages of core plate manufacture with MasterCAM software, several machining processes are produced, namely drill, tap, boring, surface roughing, surface semi-finishing, and surface finishing. The total time required to complete all processes is 42 hours 48 minutes 11 seconds.
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