ZEPTOOLS Technology’s PicoFemto SEM Thermoelectric Chip Stage utilises MEMS microfabrication technology to create an experimental environment within the in-situ sample stage. By applying thermal fields and electrical signals to the sample through MEMS chips, and in combination with various modes such as EDS (Energy Dispersive Spectroscopy), it enables real-time, dynamic monitoring of sample characterisation changes at the nanoscale.
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ZEPTOOLS Technology’s PicoFemto SEM Thermoelectric Chip Stage utilises MEMS microfabrication technology to create an experimental environment within the in-situ sample stage. By applying thermal fields and electrical signals to the sample through MEMS chips, users can manipulate variables precisely. In combination with various modes such as EDS (Energy Dispersive Spectroscopy), this enables real-time, dynamic monitoring of sample characterisation changes at the nanoscale.
The In-situ SEM Thermoelectric Chip Stage is a high-precision temperature control device designed specifically for scanning electron microscopy (SEM). It enables precise temperature control during microscopic observation. Combining advanced thermoelectric cooling and heating technologies, this device ensures a stable temperature environment across a wide range of temperatures. Therefore, it meets the precise temperature control needs of materials research, semiconductor analysis, and life sciences.
The chip stage’s temperature control system is highly responsive with minimal temperature fluctuations. It rapidly adapts to temperature changes to ensure optimal conditions for every experiment.
Whether studying the thermal stability of samples or analysing surface properties at different temperatures, it provides reliable data support. Its compact and highly compatible design allows seamless integration with most commercially available SEM systems. As a result, it facilitates more efficient operation and data acquisition.
Furthermore, the device is user-friendly and easy to operate. As a result, users can quickly set and adjust temperatures, and they can monitor sample status in real time.
Whether in basic research or high-end applications, the In-situ SEM Thermoelectric Chip Stage provides powerful support for scientific research. This makes it an ideal choice for researchers conducting high-precision temperature-controlled experiments.
This device allows you to explore the behaviour of materials and samples at different temperatures more deeply. Consequently, it opens up new possibilities for your research.
