Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy
Electron laser microscopy

Electron laser microscope


Design concept

The design concept of this electron laser microscope may be to combine modern technology and aesthetics, aiming to provide high-precision scientific observation tools while showing a professional and high-end image in appearance.


Working principle

1. Laser light source: Using laser as the light source, laser has high brightness and monochromaticity, which can provide clearer images.

2. Scanning system: The laser is focused on different points of the sample through the scanning system, and the sample is scanned point by point.

3. Confocal principle: Using the confocal principle, only the fluorescence signal from the focal plane is collected, and the signal from the non-focal plane is excluded, thereby improving the clarity and resolution of the image.

4. Detector: Use a photomultiplier tube or other detector to collect the fluorescence signal and convert it into a digital signal to form an image.

Overall shape

1. Modern and technological sense: The appearance adopts a modern design, with the main colors of gray and white, matched with blue lighting elements, giving people a high-tech feeling.

2. Hexagonal pattern: There is a hexagonal pattern design on the surface of the device. This geometric pattern increases the technological and modern sense of the appearance.

3. Integrated screen: The device is integrated with a display screen, which can be directly observed and operated, making it convenient for users to use.

Solution
Solution

This electron laser microscope focuses on the combination of modern technology and aesthetics in design. Its core advantages are high resolution and versatility, which can meet the needs of microstructure observation and analysis in scientific research.