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依据现阶段模具加工技术中高品位的光波式导微型模具制品制作流程相当复杂的情况,针对高硬材料高精度机械整形工艺在光导器件微型结构体系中的普遍运用拟定了采取光波式导微型模具制品的超硬材料飞切型高效迅捷的整形流程。依托高精度飞切式整形体系将硬铝做为模具加工材料展开了技术创新的相关试验。其结果说明背向进刀幅度对光波式导微型工件表观加工效果的作用极为显著,主动轴旋转速度对微型工件表观光洁效果的促
According to the current stage of mold processing technology in high-grade light-wave guide micro-mold production process is quite complex situation, in view of the high-hardness high-precision mechanical plastic processing technology in the light guide micro-structure system, the universal use of drawn light-guided micro-mold products Super-hard fly-cutting material efficient and quick shaping process. Relying on high-precision fly-cut plastic system will be hard aluminum as mold processing materials launched a technical innovation related tests. The result shows that the effect of the back-feed amplitude on the apparent processing effect of the light guide micro-workpieces is extremely significant. The propelling speed