In-situ SEM Thermoelectric Chip Stage
The ZEPTOOLS PicoFemto In-Situ SEM Thermoelectric Chip Stage uses MEMS chips to apply controlled thermal fields and electrical signals to a specimen during SEM observation. It supports real-time monitoring of nanoscale characterization changes and can be combined with analytical modes such as EDS.
In-situ SEM temperature-control platform
MEMS microfabricated chip environment
Thermoelectric cooling and heating
Applies thermal fields to the specimen through MEMS chips
Applies electrical signals to the specimen through MEMS chips
Real-time dynamic monitoring during SEM observation
Supports nanoscale characterization studies
Can be combined with analytical modes such as EDS
Responsive temperature adjustment described by the manufacturer
Stable temperature environment described by the manufacturer
Compact design
User-adjustable temperature control and real-time sample monitoring
Described as compatible with most commercially available SEM systems
Materials research
Semiconductor analysis
Life-science research
Thermal-stability studies
Surface-property analysis at different temperatures
Monitoring sample-characterization changes under thermal fields
Monitoring sample-characterization changes under electrical signals
PicoFemto In-Situ SEM Thermoelectric Chip Stage
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| In-Situ Thermoelectric Stage | In-Situ SEM Solution | System | P.O.R | Qty: Add to cart |
How can I request a quotation?
Provide EMART with the SEM manufacturer and model, specimen material and dimensions, required temperature range and ramp rate, electrical-bias or measurement requirements, EDS needs, chip quantity, and installation location. EMART will confirm the appropriate stage and chip configuration with manufacturer.