A new positioning sensor and controller by utilizing electro-optic effect of nematic liquid crystal, which achieves ±0.5 nm of resolution, ±20 nm of repeatability, 10 mm/s of velocity and low cost, has been successfully developed by a research team, lead by Prof. Katsumi Yoshino, at the Center for Advanced Science and Innovation in Osaka University. This new device can be easily integrated to actuators and linear servo motor and also satisfies nano positioning applications for robot, factory automation, bio-engineering and scientific instruments.
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机译：一个研究小组已成功开发出一种利用向列型液晶的电光效应的新型定位传感器和控制器，该分辨率可实现±0.5 nm的分辨率，±20 nm的可重复性，10 mm / s的速度和低成本。大阪大学先进科学与创新中心的吉野胜澄教授领导。这种新设备可以轻松集成到执行器和线性伺服电机中，还可以满足机器人，工厂自动化，生物工程和科学仪器的纳米定位应用。
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