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Design and finite element analysis of micro punch CNC machine modeling for medical devices

机译:医疗器械微型冲头数控机床建模的设计与有限元分析

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Research on micromanufacturing has been conducted. Miniaturization and weight reduction of various industrial products continue to be developed, machines with high accuracy and good quality of machining results are needed recently. This research includes design and simulation of Micro Punch CNC Machine using Abaqus with pneumatic system. This article concern of modeling simulation of punching miniplate titanium with 0.6 MPa of pressure and 500μm of thickness. This study explaining von misses stress, safety factor and displacement analysis while the machine had the load of punching. The result gives the reaction forced of punching is 0.5 MPa on punch tip and maximum displacement is 3.237 × 10~(-1) mm. The safety factor is over than 12, and considered it safe for manufacturing process.
机译:已经进行了微观制造研究。最近需要开发各种工业产品的小型化和减肥,最近需要高精度和良好的加工成绩的机器。本研究包括使用气动系统的ABAQUS的微冲头CNC机的设计和仿真。本文涉及冲压微型钛的模拟模拟,压力为0.6MPa和500μm厚度。该研究解释了机器冲压负荷的同时失去应力,安全因子和位移分析。结果使反应强制冲压为0.5MPa,打孔尖端和最大位移为3.237×10〜(-1)mm。安全系数超过12,并且认为它可以安全地对制造过程。

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