Field Emission Gun Electron Microscope
Superior electro-optical system Excellent imaging performance Easy operation Extensive application extensions
Tungsten Filament Scanning Electron Microscope
Superior electro-optical system High-quality imaging with three-stage lens Extensive sample applicability Easy operation
Mini Ion Sputter Coater
Special seal structure Easy operation Extensive application extensions
Field Emission Gun Electron Microscope
Tungsten Filament Scanning Electron Microscope
Mini Ion Sputter Coater
Metal materials
Semiconductor
New energy
Life science
Geological materials
Criminal investigation
Functional materials
Polymer materials
Metal materials
Use the scanning electron microscope to reveal the microstructure of metal materials in depth to facilitate material performance optimization and development.
01/08
Metal fractures
Aluminum foil scratches
Aluminum powder
Cobalt-chromium alloy powder
Semiconductor
Use the scanning electron microscope to perform high-resolution imaging of material micro topography, structural analysis, defect detection, composition analysis and failure analysis.
02/08
Chip PN junctions
Copper foil
Nickel lattice on PCB surface
Chip electrode
New energy
Use the scanning electron microscope to perform micro topography observation, composition analysis, structural characterization and defect detection of materials such as lithium-ion batteries in the new energy field.
03/08
lithium iron phosphate
Silicon monoxide
Anode materials
Quaternary anode-aluminum doped tetra-cobalt
Life science
Use the scanning electron microscope to observe the morphology and structure of cells, tissues and microorganisms at high resolution to provide important data support for cytology, histology and pathogen research.
04/08
Acetylcysteine
Erythrocytes
Moscow fungus
Insect wings
Geological materials
Use the scanning electron microscope to perform micro-area topography observation, structural analysis and high-precision composition analysis of minerals, rocks, building materials and other materials.
05/08
Clay
Attapulgite samples
Shale
Cement pellets
Criminal investigation
Use the scanning electron microscope to examine and analyze trace evidence, such as fibers, hair, particles, paint, etc., to provide key evidence for case detection.
06/08
Dimple fractures
Algae
Navicula
Algae
Functional materials
Use the scanning electron microscope to perform high-resolution observation and analysis of the micro topography, structure and composition of functional materials to facilitate the development and performance optimization of new materials.
07/08
Silver nitrate
Activated carbon
Hydroxy iron powder
Molecular sieve
Polymer materials
Use the scanning electron microscope to perform high-resolution micro topography observation, structural analysis, phase separation structural characterization, and material failure analysis of polymer materials.
08/08
Plastic powder
Polymer fibrous membrane of artificial blood vessels
Rubber
Sponge
About KYSEM
China's Leading Provider of Cutting-edge Scientific Instruments

Established in 2023, Beijing KYKY Optic-Electronics Technology Co., Ltd. (KYSEM) is a wholly-owned subsidiary of Beijing KYKY Technology Co., Ltd.
The company inherits and carries forward the 60 years of experience in electro-optical technology and electron microscope industry of KYKY, focuses on the R&D, production and service of high-end scanning electron microscopes, and is committed to providing customers with comprehensive microimaging solutions with extensive adaptation and superior performance.