This technology enables the safe transfer of air-sensitive materials into transmission electron microscopes without exposure to ambient conditions. By maintaining a controlled inert environment during handling and insertion, it addresses a key limitation in analyzing reactive samples. The system improves experimental reliability and expands the range of materials that can be studied using standard microscopy equipment.
Description
The system consists of a compact, portable transfer enclosure designed to surround a microscope sample holder and maintain an inert gas environment during movement between preparation and analysis stages. The enclosure is configured to integrate with standard side-entry holders and can be sealed around the sample after loading in a controlled environment. During transfer, the system preserves an isolated atmosphere that prevents exposure to reactive gases.
When positioned at the microscope interface, the enclosure enables insertion of the sample holder while maintaining a protective gas barrier. As the enclosure transitions during insertion, it sustains a localized shielding effect that minimizes contamination risk until the microscope environment is secured. The adaptable design supports compatibility with a wide range of holder configurations, offering flexibility for different experimental setups without requiring specialized instrumentation.
Benefits
- Protects highly sensitive samples from atmospheric exposure
- Compatible with multiple existing sample holder designs
- Enables more reliable and repeatable microscopy analysis
- Portable and adaptable to standard laboratory workflows
Applications and Industries
- Advanced materials characterization
- Semiconductor and electronics research
- Nanotechnology and surface science
- Academic and national laboratory research
Contact
To learn more about this technology, email [email protected] or call 865-574-1051.
Researchers
Contact
To learn more about this technology, email [email protected] or call 865-574-1051.