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Beijing Kairuiyong Technology Co., Ltd
ZEISS scanning electron microscope
NegotiableUpdate on 02/03
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Overview
By combining the ZEISS scanning electron microscope with the microscope camera ZEISS Axiocam208color, you can fully utilize the intelligent independent microscope solution. Digital documents are part of system design: they can be completed by simply pressing ergonomic quick buttons.
Product Details
ZEISS Scanning Electron Microscope (SEM)It is a high-performance microscope specifically designed to obtain detailed images of sample surfaces. As a leader in the field of microscopes, Zeiss' scanning electron microscope has the following characteristics and advantages:
1. High resolution
Zeiss' SEM can provide high resolution, usually reaching the nanometer level, allowing it to observe the fine structure and features of the sample surface. This is crucial for research in fields such as materials science, biology, and nanotechnology.
2. Multiple imaging modes
Zeiss SEM typically has multiple imaging modes, including:
Provide high contrast images of the sample surface, suitable for observing surface morphology.
By detecting the electrons scattered from the back of the sample, comparative information on the composition of the sample is provided, which is suitable for material composition analysis.
Combined with EDS detectors, elemental analysis can be performed to provide information about the chemical composition of the sample.
3. High stability and precise control
Zeiss' SEM provides high stability and precise electron beam control during operation, which enables clear images to be obtained even at high magnification. Its precise sample positioning and focusing function ensures high-quality imaging.
4. Automation and intelligent functions
The modern Zeiss SEM is equipped with advanced software systems, including autofocus, auto exposure, and auto contrast adjustment functions. These features not only improve the convenience of operation, but also reduce human errors and enhance the consistency and repeatability of images.
5. Sample preparation and observation
Zeiss SEM is typically equipped with various sample preparation tools and accessories, such as:
Freezing stage: used for observing biological samples or other samples that require low-temperature processing.
Conductive coating spraying device: Conduct conductive treatment on insulation samples to improve imaging quality.
6. Application Fields
Zeiss SEM is widely used in multiple fields, including:
Materials Science: Analyze the surface structure and defects of materials, and study the properties of nanomaterials.
Electronics and semiconductor industry: inspecting the structure of integrated circuits and microelectronic devices.
Biology and Medicine: Observing the surface structure of cells and tissues, studying pathological samples.
1. High resolution
Zeiss' SEM can provide high resolution, usually reaching the nanometer level, allowing it to observe the fine structure and features of the sample surface. This is crucial for research in fields such as materials science, biology, and nanotechnology.
2. Multiple imaging modes
Zeiss SEM typically has multiple imaging modes, including:
Provide high contrast images of the sample surface, suitable for observing surface morphology.
By detecting the electrons scattered from the back of the sample, comparative information on the composition of the sample is provided, which is suitable for material composition analysis.
Combined with EDS detectors, elemental analysis can be performed to provide information about the chemical composition of the sample.
3. High stability and precise control
Zeiss' SEM provides high stability and precise electron beam control during operation, which enables clear images to be obtained even at high magnification. Its precise sample positioning and focusing function ensures high-quality imaging.
4. Automation and intelligent functions
The modern Zeiss SEM is equipped with advanced software systems, including autofocus, auto exposure, and auto contrast adjustment functions. These features not only improve the convenience of operation, but also reduce human errors and enhance the consistency and repeatability of images.
5. Sample preparation and observation
Zeiss SEM is typically equipped with various sample preparation tools and accessories, such as:
Freezing stage: used for observing biological samples or other samples that require low-temperature processing.
Conductive coating spraying device: Conduct conductive treatment on insulation samples to improve imaging quality.
6. Application Fields
Zeiss SEM is widely used in multiple fields, including:
Materials Science: Analyze the surface structure and defects of materials, and study the properties of nanomaterials.
Electronics and semiconductor industry: inspecting the structure of integrated circuits and microelectronic devices.
Biology and Medicine: Observing the surface structure of cells and tissues, studying pathological samples.
