The Ultra-low temperature linear piezoelectric Nano Displacement Stage XYLT34-06B is specially designed for low temperature, integrated single-axis coarse adjustment and fine adjustment control, ultra-large stroke, ultra-high load, and sub-nanometer level open-loop variability.
It can be adapted to the low-temperature experimental environment of liquid nitrogen, and the product meets the multiple application scenarios of a large number of customers. The special structural design makes the product’s low temperature reliability and ease of use greatly enhanced, even in a long-term low temperature environment, the performance can be fully realised.
Thanks to the motion control with fine adjustment of the powder adjustment, high precision, high resolution and large stroke can be achieved at the same time under ultra-low temperature, which makes the experimental application easy.
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Ultra Low Temperature Linear Piezoelectric Nano Displacement Stage XYLT34-06B
The Ultra-low temperature linear piezoelectric Nano Displacement Stage XYLT34-06B is specially designed for low temperatures. It features integrated single-axis coarse adjustment and fine adjustment control, ultra-large stroke, ultra-high load, and sub-nanometre level open-loop variability.
Even in a long-term low-temperature environment, performance can be fully realised.
Thanks to the motion control with fine adjustment of the powder adjustment, high precision, high resolution and large stroke can be achieved at the same time under ultra-low temperature. As a result, this makes the experimental application easy.
Unlike the traditional micron-level travel, this product has a large travel range (customisation is supported). Large travel can replace the traditional large range of motion with a small range of compensation. As a result, the design is more compact and motion control becomes easier.
