The N20 one-dimensional θ z-direction piezoelectric rotary table 0.5mrad price piezoelectric swing/rotary table series is driven by piezoelectric ceramics for precise angle adjustment, and adopts a parallel structure design of flexible hinges without backlash. The product has high deflection accuracy, high stability, and fast response speed, making it an ideal choice for laser beam scanning and laser beam combining optical path adjustment. The N20 series piezoelectric rotary table is a one-dimensional θ z rotary table with a central through-hole diameter of 20mm. The product is compact in size, with a rotation angle of up to 0.5mrad and a repeat positioning accuracy of 0.2% F.S. It can drive the lens to perform precise rotational motion.
N20 one-dimensional θ z-direction piezoelectric rotary table 0.5mrad priceThe piezoelectric deflection/rotation table series is driven by piezoelectric ceramics for precise angle adjustment, and adopts a parallel structure design of flexible hinges without hysteresis. The product has high deflection accuracy, high stability, and fast response speed, making it an ideal choice for laser beam scanning and laser beam combining optical path adjustment.
The N20 series piezoelectric rotary table is a one-dimensional θ z rotary table with a central through-hole diameter of 20mm. The product is compact in size, with a rotation angle of up to 0.5mrad and a repeat positioning accuracy of 0.2% F.S. It can drive the lens to perform precise rotational motion.
N20 one-dimensional θ z-direction piezoelectric rotary table 0.5mrad price
feature
• θ z rotation, rotation angle can reach 0.5mrad • through-hole diameter: Ø 20mm • high closed-loop positioning accuracy • fast response speed • compact size
application
• Optical path adjustment • Optics, laser scanning, communication, light deflection, interferometry/metrology, etc
High load-bearing capacity suitable for precision machining
The rotation angle of the N20 series piezoelectric rotary table can reach 0.50mrad, and the excellent hinge guide mechanism design enables its bearing capacity to reach 4kg. It also has high stability and is suitable for precision operation, optical path adjustment and other applications in scientific research and industry.