Long Stroke Piezo Nano Displacement Stage XYMF-133-100A

The XYMF-133-100A has the advantages of high resolution, large stroke, with high precision and high resolution position feedback, easy to operate, accurate positioning, and can be used in a vacuum, etc. XYMF-133-100A Nano Displacement Stage can realise precise positioning in the XY two-dimensional space, and it can be used in various fields that require nano-precision motion operation and positioning. The Long Stroke Piezo Nano Displacement Stage is an advanced device designed for high-precision motion control, boasting ultra-high resolution and a long stroke, making it widely applicable in scientific research and industrial fields requiring precise positioning.

This stage utilises piezoelectric ceramic drive technology, eliminating the need for lubrication, reducing maintenance costs, and ensuring long-term stable operation. Its unique design allows for stable operation over a wide temperature range and is 100% compatible with vacuum environments, meeting the demand for precise displacement even under extreme conditions.

This stage achieves nanometer-level motion resolution, enabling precise fine-tuning over a wide stroke range. Whether for precision optical adjustments, semiconductor manufacturing, or micro/nano research, it provides reliable positioning accuracy, ensuring high reliability and repeatability of experimental results.

The device supports both stepping and scanning modes, flexibly adapting to different work requirements and helping users achieve more efficient operation.

This stage also supports open-loop and closed-loop control modes, allowing users to select the most suitable control method based on their application needs. In open-loop mode, the device provides a fast response, suitable for operations that do not require extremely high precision; while closed-loop mode ensures precise feedback control, suitable for applications with higher precision requirements. With its stability, accuracy, and ease of use, the Long Stroke Piezo Nano Displacement Stage has become an indispensable high-end tool in scientific research, optics, and semiconductor fields.

The product uses a piezoelectric ceramic drive, motion without lubrication, is 100% vacuum compatible, and can operate over a wide range of temperatures. Motion resolution reaches the nanometer scale. Capable of stepping and scanning dual mode operation to achieve sub-nanometer resolution positioning over a macro travel range. Supports open/closed loop control.