Sample：Au nanoparticles
ARM 200F in Kyushu University
Factory check resolution image
Sample：(La,Li)TiO3
University of Tokyo
Dr. Ishikawa Dr. Nakayama
Prof. Shibata Prof. Ikuhara
Sample：Li NCA
Panasonic/JFCC
Nomura, K. Yamamoto, Y. Yamagishi, E. Igaki, ACS Nano 2021,15, 19806.
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Atomic resolution STEM image observation of LLZ(Li7La3Zr2O12),which is degraded by exposure to air(moisture) and weak to electron beam with lithium ion material, was successful. From this result, it was proved that the non-exposure(Transfer) was successful, and the crystal orientation was adjusted by Y tilt,and the electron beam damage was reduced by cooling of -160°C.
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Our ELECRYO holder can heat up to 800℃ while cooling. Of course, you can also apply bias and retain many functions with just one.
Temp. Control Range ±30 ℃ to 1000℃
High responsiveness enables instant temperature changes, combined with the unparalleled stability of MEMS chips. By adding a cooling function, it becomes possible to transition from cooling to temperature elevation seamlessly.
Note: The controlled temperature range of the MEMS chip is from 30°C to 1000°C, while the cooling side depends on holder control."
Grade Noise Reduction Dielectrics
The Gap width narrowed by 12um(±5um)by sandwiching the
insulating film,Superior measurement quality and SNR,
in both AC and DC modes.
4 probe electpode of platinum gread
Our holder cable use of Coaxial cable.
you can choice to your high-performance power supply.
Φ3㎜ grid adapter
Typical electrical holders are integrated with MEMS chips.
However, our product features both
cryo cooling and vacuum transfer capabilities. Specifically, it is designed as a double tilt vacuum transfer holder, enabling the use of standard samples. By utilizing this adapter, all the functions of this holder can be leveraged to observe various samples seamlessly.
