MK ultra-low temperature nano precision displacement table
The company is a manufacturing company for extreme environment nano precision displacement devices, with over 20 years of experience in the research and production of high-precision and low-temperature nano displacement platforms. It has provided more than 5000 sets of displacement systems to scientists worldwide, with users from research institutes and universities around the world. The displacement sensors produced by attocube are compact in design, compact in size, and come in various types including linear XYZ linear displacement sensors, large angle tilt displacement sensors, 360 degree rotary displacement sensors, and scanners. They have been recognized and praised by scientists for their stable and excellent performance, atomic level positioning accuracy, nano displacement step size, and centimeter level displacement range. The product is widely used in ordinary atmospheric environments and extreme environments, including ultra-high vacuum environments (5E-11mbar), extremely low temperature environments (10 mK), and strong magnetic fields (31 T).
The company has always maintained close cooperation with professional scientists and continuously provided new experimental platforms for the field of quantum optics to ensure that scientists conduct breakthrough research. Recently, a beryllium copper material nano displacement stage suitable for the mK temperature range has been launched.
Application field of mK ultra-low temperature displacement table
Surface Science
Magnetic/Electrical Transport Measurement
Microcavity optics
quantum optics
Liberation solution suitable for dilution refrigerators
Advantages of mK ultra-low temperature displacement table technology
>After stepping to the designated position, the voltage applied to the piezoelectric ceramic becomes 0V, so there is no noise or drifting problem caused by external electrical signals;
>The voltage required to drive the locator is generally low (60V or 150V), so there is no need for high voltage shielding. Many cables and interfaces used in low voltage can be used here
>The Attocube displacement sensor can be used as both a coarse approximation device and a fine scanning head, improving the stability of the equipment and the compactness of the structure;
>The Attocube mK ultra-low temperature displacement table is made of beryllium copper (BeCu) material, which has higher thermal conductivity and stability at extreme temperatures and does not generate additional magnetic fields to affect the measurement signal
Basic parameters of mK level displacement table
>Working temperature range: 10 mK -373 K
>Working magnetic field environment: 0-31 Tesla
>Working environment: atmospheric -5E-11 mbar
>Closed loop displacement control accuracy: 1 nm
>Load weight: up to 2 Kg
>Large displacement range: 50 mm
>Displacement sensor small size: 11x11 mm
