Measuring the strain of a sample under uniaxial load in an extremely low-temperature environment!
The CS100 series performs strain measurements while applying adjustable tensile and compressive loads to samples in extremely low-temperature environments. It can be used in combination with scanning probe microscopy, confocal microscopy, X-ray scattering, neutron scattering, resistivity, magnetic susceptibility, and many other measurement techniques. *For more details, please download the PDF or feel free to contact us.*
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basic information
【Main Features】 ■ Built-in displacement sensor ■ Very compact; the smallest model can be installed horizontally or vertically in a 1-inch magnet bore ■ Temperature compensation ■ Operates at extremely low temperatures below 1K and in high magnetic fields ■ Wide-angle access to samples, suitable for ultra-low temperature scanning probe microscopy *For more details, please download the PDF or feel free to contact us.
Price information
It varies depending on the composition. Please feel free to contact us.
Delivery Time
※*It varies depending on the configuration. Please feel free to contact us.
Applications/Examples of results
【Applications】 ■Scanning Probe Microscopy ■Confocal Microscopy ■X-ray Scattering ■Neutron Scattering ■Resistivity ■Magnetic Susceptibility, etc. *For more details, please download the PDF or feel free to contact us.
Detailed information
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<Temperature Compensation> Piezo stacks have the property of elongating in the polarization direction when cooled. Since this elongation is many times greater than the stroke of the stack, unless measures are taken, it is not possible to accurately control the strain when the temperature changes. However, the Cryostrain series tensile and compressive cells from Razorbill Instruments solve this problem by arranging the piezo stacks to counteract thermal expansion, ensuring that the strain of the sample is not affected by the thermal elongation of the piezo stack.
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<Maximization of Displacement Range> In addition to temperature compensation, operating paired piezo stacks in opposite directions allows for greater displacement compared to fixing a sample to a single piezo stack. Considering that the stroke of a piezo stack is inherently short, this can be considered a very useful improvement method.
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Experimental data showing the remarkable effect of uniaxial strain on the superconducting transition temperature of strontium ruthenate.
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By attaching the sample to the top of the cell, the access angle is maximized. For example, when the sample is attached to the cell, the scanning probe chip can scan the surface of the sample.
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<Power Supply> To operate the CS100 series, a 4-quadrant sink/source power supply is required. Razorbill Instruments also offers the low-noise 4-quadrant sink/source power supply RP100.
Line up（4）
| Model number | overview |
|---|---|
| CS100 | Cell length: 24mm, maximum displacement range at room temperature: ±6um, maximum displacement range at cryogenic temperature: ±3um |
| CS110 | Cell length: 28mm, maximum displacement range at room temperature: ±7um, maximum displacement range at cryogenic temperature: ±4um |
| CS120 | Cell length: 32.5mm, maximum displacement range at room temperature: ±13um, maximum displacement range at cryogenic temperature: ±7um |
| CS130 | Cell length: 37mm, maximum displacement range at room temperature: ±17um, maximum displacement range at cryogenic temperature: ±10um |
catalog（6）
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Company information
Tegasaience Co., Ltd. is a specialized trading company for scientific and analytical instruments, headquartered in Kitakashiwa, Kashiwa City, near Lake Tega, where wild birds gather. Founded at the beginning of the 21st century, we have been providing excellent scientific and analytical instruments and precision equipment from Europe and the United States to domestic research institutions. Moving forward, we will continue to strive to contribute to the development of Japan's science and technology, focusing on areas that cannot be covered by domestic products. The bird in Tegasaience Co., Ltd.'s trademark is a colorful arrangement of the Eurasian Coot, which is abundant in Lake Tega.
