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如人形机器人的手指空间极其有限，却需要容纳驱动、传动、感知等多重功能。传统减材制造在面对如此微小的复杂部件时，往往面临“刀具下不去、结构做不出”的困境。高精度金属打印突破了这一物理限制，能在极小空间内集成复杂的内部传感结构与��性体梁，将复杂的内部油路、电路通道与弹性体结构一体化成型，使显微级的力觉感知成为可能。
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"Just What I Needed" by The Cars (Episode 6)
Like the N-closest algorithm, the weight of each candidate is given by the inverse of its distance to the input colour. Because of this, both algorithms produce output of a similar quality, although the N-convex method is measurably faster. As with the last algorithm, more details can be found in the original paper[2].