试验研究了适用于该工艺的陶瓷原型材料、陶瓷原型铣削制造工艺以及机器人的铣削特性。
In this paper, we developed the technology for robots to rapidly mill ceramic prototypes, which has been successfully applied to robotic rapid metal tooling.
所有结构组件都在八十公里的“资源半径”内形成、铣削研磨、制造和建立。
All structural components are grown, milled, manufactured and erected within an eighty kilometre 'Radius of Resource'.
像素间隔应小到可以允许相邻像素有合适的重叠，使FIB铣削可以制造光滑均衡的轮廓。
Pixel spacing should be small enough to allow a proper overlapping between the adjacent pixels so that a smooth uniform profile can be fabricated using FIB milling.
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