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The science behind the servo press/Servomotor-driven mechanical press spurs a new way of thinking about forming metal

机译:伺服压力机/伺服电机驱动的机械压力机背后的科学催生了一种新的成型方法

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摘要

In stamping, when you get right down to it, it's not about tonnage. It's about maximizing energy, or the machine's ability to deliver tonnage, where it's needed most: between the die and workpiece. And until recently the only way to increase tonnage in a mechanical press was through bigger presses with bigger motors and flywheels. But what if a press delivered tonnage differently? That question spurred a new wave of mechanical press designs. Press-makers removed the main motor, flywheel, and clutch, substituting it all with a servomotor that focused energy only where needed and, in effect, made the ram a controllable axis.
机译:在冲压方面,当您精打细算时,它与吨位无关。这是关于最大程度地提高能量或机器在最需要的地方(模具和工件之间)输送吨位的能力。直到最近,增加机械压力机吨位的唯一方法是通过配备大型发动机和飞轮的大型压力机。但是,如果新闻界提供不同的吨位怎么办?这个问题激发了机械压力机设计的新潮流。冲压机制造商拆下了主电动机,飞轮和离合器,并用伺服电动机代替了所有电动机,该伺服电动机仅在需要的地方集中能量,实际上使冲头成为可控制的轴。

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