With the rapid iteration of precision manufacturing and cutting-edge scientific research, the demand for precise angle positioning has become increasingly strict. It is necessary to have positioning accuracy at the nanometer level, adapt to the requirements of extreme working conditions, and also meet the personalized operation requirements of specific scenarios. Against this backdrop, CoreMorrow S20A.R2S 1-axis θz non-magnetic piezo rotation stage, as a new core member of the S20A series, is precisely developed based on the demands of specific scenarios. It provides efficient and stable precision angle adjustment solutions for fields such as semiconductor manufacturing, precision optics, and quantum research.

S20A.R2S can achieve a maximum unidirectional rotation angle of 2mrad. As an important expansion of the S20A series, its unidirectional stroke precisely complements the ±0.7mrad bidirectional stroke of the S20A.R1S-C1W, providing a greater operational space for scenarios such as unidirectional angle compensation and fixed attitude setting.

In terms of structural design, S20A.R2S has been optimized and upgraded, with a rated load capacity of 3kg, capable of stably carrying heavy-duty optical lenses, wafer inspection fixtures, precision probe cards and other workpieces. Higher load-bearing capacity reduces the cost of using multiple devices in combination and also saves installation space for the equipment.

The linearity and repeatability of S20A.R2S also perform exceptionally well, and it can maintain nanometer-level positioning stability and consistency for a long time. Whether it is long-term precise detection or high-frequency angle setting, it can accurately output the preset angle, providing reliable positioning guarantee for high-precision processing and scientific research experiments.

The entire structure is designed with a composite material of stainless steel and aluminum alloy, which not only ensures the structural rigidity and wear resistance of the equipment but also guarantees its operational stability under high loads. It can also achieve product lightweighting, making the installation and integration of equipment more flexible and convenient.