Cryogenic Inert Gas/Vacuum Transfer Holder
Protects environmentally sensitive samples during transfer and imaging
Cryogenic inert gas/vacuum transfer for sensitive samples
The Cryogenic Inert Gas/Vacuum Transfer TEM Holder is designed to protect environmentally sensitive samples during transfer and imaging. It is optimized for sample loading and unloading inside a glove box in the presence of an inert gas.
This capability is particularly useful for battery research involving new materials for optimizing energy storage. The holder can also be used to observe beam-sensitive materials within the TEM. Maintaining the samples at cryogenic temperatures during imaging helps minimize beam damage.
- Optimized for glove box loading and unloading under inert gas
- Helps protect environmentally sensitive and air-sensitive samples
- Supports battery research involving new materials for optimizing energy storage
- Can be used to observe beam-sensitive materials within the TEM
- Cryogenic temperatures during imaging help minimize beam damage
Optional Add-On: Variable-Temperature Module
The Cryo Transfer Holder can be configured with an optional variable-temperature module for experiments that require controlled cryogenic temperature ramps. The add-on uses a temperature sensor and integrated heater near the specimen to support precise measurement and regulation during imaging. Ability to heat and image the specimen between -175 °C to -100 °C.
Thermo Fisher (FEI) Scientific
Model 206: Cryogenic inert gas/vacuum transfer holder
Accepts one standard 3 mm grid for data collection in side-entry Thermo Fisher (FEI) TEMs.
JEOL
Model 216: Cryogenic inert gas/vacuum transfer holder
Accepts one standard 3 mm grid for data collection in side-entry JEOL TEMs.
Hitachi
Model 226: Cryogenic inert gas/vacuum transfer holder (Hitachi 78XX)
Accepts one standard 3 mm grid for single particle or tomography data collection in side-entry Hitachi 78XX series TEMs.
