US$500.00-3,500.00
|
1 Piece
(MOQ)
|
Basic Info.
Type
Electronic Microscope
Number of Cylinder
Monocular
Stereoscopic Effect
Stereoscopic Effect
Kind of Light Source
Ordinary Light
Principle of Optics
Polarizing Microscope
Eyepiece Magnification
5X
Objective Magnification
10~200X
Is There Any Stock Available
Yes
Scope of Application
Industrial, Electronic, Mobile Phone Maintenance
Transport Package
Carton Packaging
Specification
High magnification mirror+multiple output interfac
Production Capacity
5000 Tower/Year
Packaging & Delivery
Package Size
40.00cm * 35.00cm * 40.00cm
Package Gross Weight
20.000kg
Product Description
Industrial electron microscope:
Industrial electron microscope (EM) is a type of electron microscope specifically designed for industrial applications. Compared to traditional optical microscopes, electron microscopes use electron beams instead of light beams to form images, thus providing higher resolution and magnification. Industrial electron microscopes are commonly used in fields such as materials science, semiconductor industry, quality control, and fault analysis. Product Parameters
Name | Industrial electron microscope |
Microscope magnification | 10X~200X |
Main object mirror | 0.7X~4.5X |
Photographic eyepiece | 0.5X |
Lifting range | 270mm |
Handwheel focusing range | 65mm |
Center distance | Standard Center:150mm Can be extended to:450mm |
Main column diameter | 25mm |
Lens interface diameter | 50mm |
Light source | Upper light source |
Applicable Industries
Industrial electron microscope is a high-precision analytical tool that uses electron beams to observe and analyze the microstructure of samples. It plays a key role in various industrial and technological fields such as materials science, semiconductor industry, quality control, fault analysis, nanotechnology, biomedical, metallurgy, electronic materials, coatings and surface treatment, and environmental science.
Product Description
Company Profile
Zhicheng Instrument
In the field of optical testing, Zhicheng Instrument relies on advanced optical technology and precise manufacturing processes to launch a series of high-precision and highly stable optical measurement instruments, such as spectrometers, laser rangefinders, microscopes, optical measurement platforms, etc. These instruments are widely used in materials science, biomedical, industrial automation, and other fields, meeting customers' needs for exploring the micro-world and precise measurement.