Designed for applications that require both wide travel and fast response, the Long Stroke Piezo Nano Displacement Stage achieves millimeter-range motion with piezo-electric precision. This Long Stroke Piezo Nano Displacement Stage uses an inertial drive principle, enabling step sizes from nanometers to several millimeters in a single sequence. It is particularly suited for automated focusing, beam steering, and multi-sample stage positioning in life sciences and photonics assembly.

One key advantage of this Long Stroke Piezo Nano Displacement Stage is its passive stability—when powered off, it maintains position without heat generation or backlash. This feature is critical for long-duration experiments such as protein crystallography or dark matter detection. The Long Stroke Piezo Nano Displacement Stage also offers user-selectable step resolution, ranging from coarse rapid motion to ultra-fine dithering. With an optional encoder, closed-loop repeatability reaches ±50 nm over the full 2 mm stroke.

Additionally, the Long Stroke Piezo Nano Displacement Stage can be stacked to form XY or XYZ positioning systems without significant height penalties. Its vacuum-compatible version handles pressures down to 10⁻⁶ mbar. For industrial OEM integration, the Long Stroke Piezo Nano Displacement Stage provides simple command sets via digital I/O or analog signals. From laser trimming to nano-indentation, this Long Stroke Piezo Nano Displacement Stage delivers the unique combination of long travel, high speed, and nanometer accuracy required by tomorrow’s nano-manufacturing and research platforms.