ZEPTOOLS Technology’s PicoFemto SEM MEMS Atmosphere Stage integrates a MEMS atmosphere microcavity and heating module into the SEM sample stage. As a result, this enables the creation of a controllable atmospheric environment within the SEM while allowing for in-situ heating of experimental samples.
This system allows researchers to perform in-situ, dynamic, high-resolution characterisation of the morphology, structure, and chemical composition of samples under atmospheric conditions. Therefore, it significantly expands the functionality and application areas of scanning electron microscopy.
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ZEPTOOLS Technology’s PicoFemto SEM MEMS Atmosphere Stage integrates a MEMS atmosphere microcavity and heating module into the SEM sample stage. As a result, this enables the creation of a controllable atmospheric environment within the SEM while allowing for in-situ heating of experimental samples.
This system allows researchers to perform in-situ, dynamic, high-resolution characterisation of the morphology, structure, and chemical composition of samples under atmospheric conditions. Therefore, it significantly expands the functionality and application areas of scanning electron microscopy.
This product enables researchers to observe catalytic reactions, redox reactions, low-dimensional material growth/synthesis, and various corrosion reactions in real-time within the SEM. Consequently, it transforms your SEM from a static imaging tool into a powerful nanolab.
