The change of temperature greatly impact the performance of piezo nano-positioning stage, for example, the parameter value of electrostatic capacity will increase with the temperature, and too high temperature will reduce the performance and service life. Similarly, the electrostatic capacity of the piezo nano-positioning platform will also decrease with the temperature, so its displacement parameters and blocking force will decrease correspondingly.
However, due to the low temperature environment, the ability of the driving source PZT piezo ceramic material to resist depolarization increases dramatically. In the ultra-low temperature environment, the piezo stage can be bipolar driven to obtain greater displacement.
We have many kinds of piezo nano-positioning stage with diversified functions. This time we introduce P13 series.
P13 series piezo nanopositioning stage is an optional XY or XYZ piezo stage. The platform body adopts the parallel kinematic mechanism amplification design , built-in high-performance piezo ceramics, with displacement up to 100 micrones. The products can be used in optical microscopy, biotechnology, quantum and other fields.
Small Size, Optional Center through Hole
P13 series piezo nanopositioning platform is divided into P13 and P13A, P13 has no hollow, while P13A has a central through hole, users can choose accordingly.
The standard room temperature version and low temperature version of this series stages are small in dimension, the open loop version can be as small as 26×26×14.6mm^3, while the closed loop version can be 33×33×16mm^3.
真空版P13.XYZ40S压电纳米定位台
P13A series low-temperature version piezo stage is designed for extremely low temperature and strong magnetic field environment, using low-temperature piezo drive, lightweight materials, using low-temperature twisted pair, to adapt to the use of low-temperature environment.
低温版P13A.XYZ80K压电纳米台
Resistance to Low Temperature and Strong Magnetic Field
This series of low-temperature closed-loop piezo nanopositioning stage can withstand low temperature up to -40℃, or even lower. And for other open loop models, the temperature will be lower, up to 4K temperature. At low temperature, CoreMorrow piezo nano-positioning platform also shows excellent motion and positioning performance.
P13.XY40K piezo nano-positioning stage
Low Temperature Cable
All components of this series of low-temperature piezo nanopositioning stages are low-temperature compatible versions to ensure their performance at low temperatures, including the cables.
The resistance of ordinary cable will change greatly at low temperature, and the insulation material of ordinary wire is not resistant to cryo environment. Therefore, this series of low-temperature piezo nano-positioning stage adopts cryo compatible wires, which can be fully competent for the transmission of electrical signals at cryo environment.
Closed-loop Fast Response
The full stroke step time of the P13.XYZ40S closed-loop version of the cryo stage can be up to 30ms, and the settings can also be changed before leaving the factory according to the user's application requirements.
Frequency load curve
P13 series cryo piezo nano-positioning stage has XY and XYZ motion versions, and its high no-load resonant frequency is suitable for dynamic applications.
Typical Parameter
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Application of Cyro Piezo Nanopositioning Stage
CoreMorrow Cryo Piezo Nanopositioning Stage has Very Wide Range of Applications
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The piezo nanopositioning stage used in extreme environments has been widely used in universities and research institutions around the world. If you have any questions about the use of piezo nanopositioning stages in extreme environments such as low temperatures, you are welcomed to contact phone no. 0451-86268790, 17051647888 (wechat ID)!