Linear Piezo Nano Displacement Stage – Micro Stage NF-100

Features

• Piezoelectric Ceramics – The Linear Piezo Nano Displacement Stage uses piezoelectric ceramic materials as the driving core. It uses the tiny deformation produced by the voltage to achieve high-precision linear displacement.
• Voltage Control – The voltage signal is controlled by a high-precision amplifier to drive the piezoelectric actuator. This produces a very small but controllable physical displacement. As a result, the platform can achieve nano-level movement and positioning.
• Dynamic Performance – Due to the extremely fast response speed of piezoelectric materials, the overall device has excellent dynamic performance. It also has extremely low hysteresis.

In terms of structural design, it usually combines a flexible hinge mechanism and a high-rigidity guide rail. This ensures that friction and mechanical interference are minimised during the displacement process.

This frictionless transmission method not only improves the service life of the platform but also greatly enhances the repeatability and linearity of movement. It is particularly suitable for scientific research experiments. It is also ideal for industrial inspection systems. These applications require ultra-high precision control.

Additional Features

In addition, the equipment is equipped with a high-resolution position sensor to achieve closed-loop feedback control. By monitoring the platform position in real time, the system can quickly correct small errors.

In this way, it ensures the precise consistency of the moving trajectory. Additionally, this closed-loop control mechanism enables the Linear Piezo Nano Displacement Stage to maintain extremely high stability and reliability during long-term operation. As a result, it meets the nano-level motion requirements in various complex application scenarios.