WN02AC series actuator Introduction: With a resolution of over 30nm over the full stroke, this series of actuators offers excellent long-term stability and can remain in the set position in the event of a power failure. It can be used for touch-free adjustment of hard-to-reach optical mounts and for the adjustment of force-sensitive optical frames (such as the adjustment of the laser cavity or the long-distance pointing of the beam) when turning the knob. This series of actuators can be controlled by our company's Nanomotor intelligent drive (WNRV01) through the USB interface for 4-axis open-loop control. It must be pointed out that the precision product has long been monopolized by the US and German brands. After several years of exploration and development, the micro-Nano research and development team developed the same level and quality of nano-scale piezoelectric displacement actuation in October 2015. The device has broken the long-term monopoly of the technology and market of this series of products by foreign brands. Technical Parameters: Model: WN02AC Stroke (mm): 25.4 Minimum step (nm): <30 Resolution (mrad): <0.6 Axial load (kg): 2.0 Maximum drive frequency (kHz): 2 Operating speed (mm/min): 1.2 Working temperature (°C) : 10-40 Motor life: >1 x 109 steps
Introduction: With a resolution of over 30nm over the full stroke, this series of actuators offers excellent long-term stability and can remain in the set position in the event of a power failure. It can be used for touch-free adjustment of hard-to-reach optical mounts and for the adjustment of force-sensitive optical frames (such as the adjustment of the laser cavity or the long-distance pointing of the beam) when turning the knob. This series of actuators can be controlled by our company's Nanomotor intelligent drive (WNRV01) through the USB interface for 4-axis open-loop control. It must be pointed out that the precision product has long been monopolized by the US and German brands. After several years of exploration and development, the micro-Nano research and development team developed the same level and quality of nano-scale piezoelectric displacement actuation in October 2015. The device has broken the long-term monopoly of the technology and market of this series of products by foreign brands.
