In-Situ TEM Four-Degree-of-Freedom Nanomanipulator

Product Overall

The experimental analysis capability of transmission electron microscopy at multiple scales and multiple perspectives (bright and dark field images, electron diffraction, chemical composition) and the in-situ micro-nanomechanics experimental instrument based on transmission electron microscopy will provide an experimental platform for studying the formation and evolution of internal defects in materials. The three-dimensional reconstruction sample stage that couples three-dimensional nanomanipulation with 360-degree rotation provides equipment support for achieving atomic-level three-dimensional reconstruction. Combining three-dimensional reconstruction with in-situ loading functions such as in-situ optics, mechanics, and electricity to achieve dynamic analysis of three-dimensional structural evolution will undoubtedly provide support for deepening human understanding of material structure.

Basic information

1. Features:

1. Good nanomanipulation performance
Full piezoelectric ceramic drive
Four degrees of freedom with mutual decoupling of XYZ axes and 360° rotation around the X axis
Good nanomanipulation performance

2. With a variety of expansion platforms:

Equipped with various expansion platforms such as mechanics and electricity to complete dynamic three-dimensional experiments.

2. Main functions

1. Main applications In situ mechanical experiments
3D reconstruction
In situ electrical experiments
Dynamic 3D Experiment
defined which control the load, temperature and positions of the sample. Results can be displayed and saved for later use.

Application
n-situ mechanical experiments, 3D reconstruction, in-situ electrical experiments, dynamic 3D experiments