Transmission Electron Microscope High-Angle Cryo Transfer System
Product Features
With unique innovative design and processing technology, a copper mesh telescopic carrier and liquid nitrogen freezing transfer module are built inside the transmission electron microscope sample rod, enabling high-resolution imaging of samples in a frozen ultra-low temperature environment.
- Product composition
- Unique Advantages
- Functional Parameters
- Application
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a. High-Angle Cryo Transfer Sample Rod b. Cryo Transfer Workbench c. Temperature Control Program d. Cryogenic Temperature Controller e. Vacuum Storage Rod Instrument f. Accessory Kit Keywords:- TEM high-tilt cryo-transfer electron microscopy
- in situ cryo-electron microscopy
- liquid nitrogen cryo sample holder
- in situ cryo
- in situ transmission rapid freezing
- in situ cryo-transfer
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The unique structure design can improve the experimental efficiency ·1. The cooling rate is fast, and the time from the sample entering the electron microscope to -145 ℃ is ≤ 40 Min. ·2. Stable working time is long, and a single replenishment of liquid nitrogen can last for 4 hours. Excellent performance, excellent experience ·1. The tilt angle is as high as ± 75 °, and the observation area is fully covered. ·2. The temperature field is stable and uniform, and the sample drift rate is less than 1.5 nm/min. ·3. High resolution, achieving the maximum resolution of electron microscopy. -
Category Index Test data Basic parameters Shaft material High strength titanium alloy Sample size 3mm copper mesh Tilt-max α ≥ ±75° Resulation Ultimate resolution of electron microscopy -
Case 1: High resolution stable imaging of Cu nanoparticles at liquid nitrogen temperature, with good stability and low drift rate
Case 2: Observation of Li, LiO2, LiF, Li2S in a frozen environment
