Field Emission Transmission Electron Microscope
TH120 120kV Field Emission TEM integrates Schottky emission gun, parallel/convergent beam auto - switch, symmetric obj. lens. Features high - res CMOS cam, 4 - axis stage, integrated software. Divided workspaces cut interference; automated workflows boost efficiency; upgrade - ready design suits diverse R&D needs.
Product Details
The TH120 120kV Field Emission Transmission Electron Microscope marks a breakthrough in electron microscopy, catering to advanced research across materials science, life sciences, and nanotechnology.
Core Imaging Technology
At its heart lies the Schottky Field Emission Gun, which generates stable, high - brightness electron beam. This ensures exceptional imaging clarity, even for intricate samples. The Parallel/Convergent Beam Automatic Switching System allows seamless transitions between wide - field observation and high - resolution analysis. Meanwhile, the Symmetric Power Objective Lens maintains consistent performance, enabling precise structural characterization at the atomic scale.
Imaging & Precision Components
The High - pixel CMOS Camera captures fine details with remarkable clarity, while the Four - axis High - precision Stage supports accurate sample positioning. This combination guarantees reliable results during complex experiments. The Highly Integrated Software streamlines workflows, from automated data acquisition to real - time monitoring. It simplifies tasks like alignment, focusing, and data export, reducing manual errors and speeding up research.
User - centric Design
A standout feature is the divided workspaces concept: operators work in a separate room, minimizing environmental interference (e.g., vibrations, electromagnetic noise) that could disrupt TEM performance. This setup ensures both comfortable operation and stable experimental conditions, crucial for long - term studies.
Efficiency & Automation
Designated software integrates highly automated processes, cutting down on manual intervention. For example, automated routines handle alignment, focusing, and data collection, freeing researchers to focus on analysis. This is especially beneficial repetitive tasks or large - scale experiments.
Upgrade Potential
Compared to competitors’ mid - range models, the TH120 offers an “upgraded operational experience”. Its Schottky - based electron gun with advanced automation is typically found in higher - end TEMs, giving users access to top - tier tech at a competitive cost. Additionally, the microscope has ample reserved interfaces, making it easy to add optional equipment like EDS (Energy Dispersive X - ray Spectroscopy), STEM (Scanning Transmission Electron Microscopy), or a Cryo - box. This adaptability meets evolving research demands, from elemental mapping to cryogenic imaging.
Technical Specifications
Acceleration voltage (10–120kV) adapts to various samples (e.g., delicate biological specimens or robust materials). The InforWx(information limit) reaches 0.20nm (high contrast) / 0.14nm (high resolution), while point resolutions of 0.36nm / 0.30nm reveal atomic - scale structures. Magnification spans 10–1,200,000x (high contrast) / 10–1,500,000x (high resolution), enabling comprehensive sample examination. A 4096×4096 - pixel camera sensor captures ultra - detailed images, and the stage’s rotation angle (-90°~+90° or -70°~+70°) supports in - depth 3D analysis.
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