Span Low Temperature Nanometer Displacement Stage
| The NNxyz-6mm-c-LT three-dimensional low-temperature vacuum nanodisplacement table is a non-magnetic, compact design piezoelectric ceramic driven span nanodisplacement table, taking into account the advantages of long travel and high precision motion, providing nanoscale precision positioning within millimeter travel azimuth. Large driving force ensures free and smooth operation at both room and low temperature environments.
Product manual: |
Main performance parameters and characteristics:
- Linear motion stroke: 6 mm
- Positioning accuracy: 50 nm (open loop), 200 nm (closed loop)
- Movement speed: Max 2 mm/s (room temperature), 0.5 mm/s (4K)
- Operating temperature: 4K ~ 350K
- Vacuum: > 10-8 mBar
- Magnetic field: > 7 T |  |
The NNxy-220mm-O-LT 2D low temperature vacuum nanodisplacement table provides a non-magnetic, compact design piezoelectric ceramic driven scanning displacement table for testing in extreme physical environments such as low temperature and high vacuum environments with sub-nanometer displacement resolution. Product manual: |
Main performance parameters and characteristics:
- Linear travel: 220 mm (room temperature), 25 mm (4K)
- Positioning accuracy: 0.1nm (open loop)
- Operating temperature: 4K ~ 350K
- Vacuum: > 10-8 mBar
- Magnetic field: > 7 T
- Linear amplification, no coupling in different directions of motion |  |  |
 | The flexible thermal link is made of ultra-pure single crystal copper material, which is used to conduct heat from the base of the closed-loop low-temperature thermostat to the sample table reproduced on the nano-displacement platform, and its super-flexibility ensures that the displacement characteristics of the nano-displacement platform remain unchanged.
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| Confocal fluorescence spectra of quantum dots |
 | The NNxyz-6mm-c-LT is perfectly compatible with Montana hyfine cryostats, from the CA50 small chamber to its high-end range, for direct installation and use without additional electrical cable switching or feeding. In addition, the stick-slip motion of NNxyz-6mm-c-LT can be adjusted by pretightening to achieve long-term stable observation of semiconductor quantum dot spectra. |
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Multi-diamond color heart ODMR |
| The NNxyz-6mm-c-LT combined with the scanning table NNxy-220mm-O-LT, on the one hand, can ensure the positioning of the diamond color center in a large range, and at the same time, the sub-nanometer resolution scanning table can perform two-dimensional spectral imaging in a small range, providing a perfect solution for high-efficiency diamond color center ODMR spectral testing. |  |
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Multi-displacement table union |
 | The combined use of multiple NNxyz-6mm-c-LT provides the perfect solution for high-precision positioning in extreme environments of low temperature, high vacuum and strong magnetic fields |
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Product Picture |
Product Model |
Drawings And Specifications |
Operation |