PicoFemto In-Situ Cryogenic Sample Holder Series

Ultra-Low Temperature Constant, True Restoration
Fully Compatible with Mainstream TEM

Liquid Nitrogen Cooling | Cryo Transfer | Multi-Sample | Single-Tilt / Double-Tilt

ZEPTOOLS PicoFemto Cryogenic Holder Series adopts a mature and stable liquid nitrogen cooling solution, enabling efficient cooling and long-term constant temperature maintenance of samples in ultra-low temperature environments. It effectively prevents structural damage, phase transitions, or contamination of samples during observation, restoring the true state of samples to the greatest extent. The products are compatible with mainstream TEM models and equipped with a complete temperature control and pre-pumping system. They are easy to operate and stable in performance, meeting the stringent requirements of cryo-TEM characterization in fields such as biological samples, sensitive materials, and low-temperature physics, providing reliable support for high-quality in-situ imaging and scientific research data.

Single-Tilt / Double-Tilt Cryogenic Holder

Adopts liquid nitrogen cooling, maintaining stable sample imaging in ultra-low temperature environments. Single-tilt and double-tilt configurations are available, suitable for low-temperature TEM research on biological samples and sensitive materials.

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Cryo Transfer Holder

Supports full cryo transfer of samples at low temperatures, effectively avoiding temperature-induced damage and structural changes, providing reliable assurance for the safe transfer and observation of cryo-EM samples.

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Cryo Transfer Triple Sample Holder

Can load multiple samples at once and enable rapid motorized switching at low temperatures, greatly improving low-temperature experimental efficiency and meeting high-throughput cryo-TEM characterization needs.

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Cryogenic Chip Holder (6-Electrode Thermo-Electrical Chip)

Integrates ultra-low temperature cooling, high-precision heating, and multi-electrode electrical testing into one unit, enabling in-situ thermo-electrical coupling characterization over a wide temperature range. Suitable for material performance research under complex environments.