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Field Emission Scanning Electron Microscope YF-1801

The YF1801 scanning electron microscope (SEM) uses Schottky field emission gun (FEG) technology. Advanced full-column accelerating technology integrated into the electron optical column ensures outstanding imaging performance at low accelerating voltages, enabling high-resolution imaging of various materials. Multiple detector systems efficiently collect diverse electron signals emitted from the sample for imaging, revealing microscopic morphology and structural information of the sample to the maximum extent.

Classification:

Scanning Electron Microscope

Core advantages

User Interface

  • 产品描述
  • 用户界面
  • 性能参数
  • 应用案例
    • Commodity name: Field Emission Scanning Electron Microscope YF-1801

    The YF1801 scanning electron microscope (SEM) uses Schottky field emission gun (FEG) technology. Advanced full-column accelerating technology integrated into the electron optical column ensures outstanding imaging performance at low accelerating voltages, enabling high-resolution imaging of various materials. Multiple detector systems efficiently collect diverse electron signals emitted from the sample for imaging, revealing microscopic morphology and structural information of the sample to the maximum extent.

  • · Clear and concise interface layout

    · Ergonomic keyboard design

    · Equipped with multiple safety interlocks

    · Simple and smooth operation

     

  • Kernel parameters Resolution 15kV 1.0nm(SE)
    1kV   1.5nm(SE)
    Acceleration voltage 0.02~30kV
    Magnification 1~2000000x
    Gun type Schottky FEG
    Objective lens Compound objective lens combined with electrostatic lens and magnetic lens
    Probe current 1pA~20nA(100nA Optional configuration)
    Image size 256*256~16k*16k
    Detector and expansion equipment Standard configuration ET detector
    Inlens detector
    Optional configuration BSD detector
    STEM detector
    Plasma cleaner
    Specimen chamber Chamber 340mm inner diameter, 260mm height
    Multiple accessory ports for EBSD,EDS,CL,etc.
    Specimen stage 5-axes automatic stage
    Maximum sample weight 2.5kg
    X、Y=125mm,Z=50mm,R=360°cont.,T=-5~70°
    Image system Dual cameras (Top-view and side-view camera)
    Software Language Chinese/English
    System Windows
    Automatic functions Automatic gun alignment,automatic aperture alignment, automatic focus/stigmation,automatic brightness/contrast, etc.
    Other functions Split screen display,image annotation,scan rotation, image measurement,tilt compensation,etc.

     

  • Graphene with porous layered structure

    Polymer microspheres

    Silicon oxide electrode

    Display pixel unit

    Carbon nanoparticles

    Photoresist array on Al2O3 substrate surface

    Lithium-ion battery cathode materials

    CaCO3 particles on the surface of paper

    Cosmos bipinnatus pollen

    Stag beetle antennal sensilla

    Surface structure of camphor leaves

    Titanium oxide nanosheets

     

Performance parameters

  • 产品描述
  • 用户界面
  • 性能参数
  • 应用案例
    • Commodity name: Field Emission Scanning Electron Microscope YF-1801

    The YF1801 scanning electron microscope (SEM) uses Schottky field emission gun (FEG) technology. Advanced full-column accelerating technology integrated into the electron optical column ensures outstanding imaging performance at low accelerating voltages, enabling high-resolution imaging of various materials. Multiple detector systems efficiently collect diverse electron signals emitted from the sample for imaging, revealing microscopic morphology and structural information of the sample to the maximum extent.

  • · Clear and concise interface layout

    · Ergonomic keyboard design

    · Equipped with multiple safety interlocks

    · Simple and smooth operation

     

  • Kernel parameters Resolution 15kV 1.0nm(SE)
    1kV   1.5nm(SE)
    Acceleration voltage 0.02~30kV
    Magnification 1~2000000x
    Gun type Schottky FEG
    Objective lens Compound objective lens combined with electrostatic lens and magnetic lens
    Probe current 1pA~20nA(100nA Optional configuration)
    Image size 256*256~16k*16k
    Detector and expansion equipment Standard configuration ET detector
    Inlens detector
    Optional configuration BSD detector
    STEM detector
    Plasma cleaner
    Specimen chamber Chamber 340mm inner diameter, 260mm height
    Multiple accessory ports for EBSD,EDS,CL,etc.
    Specimen stage 5-axes automatic stage
    Maximum sample weight 2.5kg
    X、Y=125mm,Z=50mm,R=360°cont.,T=-5~70°
    Image system Dual cameras (Top-view and side-view camera)
    Software Language Chinese/English
    System Windows
    Automatic functions Automatic gun alignment,automatic aperture alignment, automatic focus/stigmation,automatic brightness/contrast, etc.
    Other functions Split screen display,image annotation,scan rotation, image measurement,tilt compensation,etc.

     

  • Graphene with porous layered structure

    Polymer microspheres

    Silicon oxide electrode

    Display pixel unit

    Carbon nanoparticles

    Photoresist array on Al2O3 substrate surface

    Lithium-ion battery cathode materials

    CaCO3 particles on the surface of paper

    Cosmos bipinnatus pollen

    Stag beetle antennal sensilla

    Surface structure of camphor leaves

    Titanium oxide nanosheets

     

Application Cases

  • 产品描述
  • 用户界面
  • 性能参数
  • 应用案例
    • Commodity name: Field Emission Scanning Electron Microscope YF-1801

    The YF1801 scanning electron microscope (SEM) uses Schottky field emission gun (FEG) technology. Advanced full-column accelerating technology integrated into the electron optical column ensures outstanding imaging performance at low accelerating voltages, enabling high-resolution imaging of various materials. Multiple detector systems efficiently collect diverse electron signals emitted from the sample for imaging, revealing microscopic morphology and structural information of the sample to the maximum extent.

  • · Clear and concise interface layout

    · Ergonomic keyboard design

    · Equipped with multiple safety interlocks

    · Simple and smooth operation

     

  • Kernel parameters Resolution 15kV 1.0nm(SE)
    1kV   1.5nm(SE)
    Acceleration voltage 0.02~30kV
    Magnification 1~2000000x
    Gun type Schottky FEG
    Objective lens Compound objective lens combined with electrostatic lens and magnetic lens
    Probe current 1pA~20nA(100nA Optional configuration)
    Image size 256*256~16k*16k
    Detector and expansion equipment Standard configuration ET detector
    Inlens detector
    Optional configuration BSD detector
    STEM detector
    Plasma cleaner
    Specimen chamber Chamber 340mm inner diameter, 260mm height
    Multiple accessory ports for EBSD,EDS,CL,etc.
    Specimen stage 5-axes automatic stage
    Maximum sample weight 2.5kg
    X、Y=125mm,Z=50mm,R=360°cont.,T=-5~70°
    Image system Dual cameras (Top-view and side-view camera)
    Software Language Chinese/English
    System Windows
    Automatic functions Automatic gun alignment,automatic aperture alignment, automatic focus/stigmation,automatic brightness/contrast, etc.
    Other functions Split screen display,image annotation,scan rotation, image measurement,tilt compensation,etc.

     

  • Graphene with porous layered structure

    Polymer microspheres

    Silicon oxide electrode

    Display pixel unit

    Carbon nanoparticles

    Photoresist array on Al2O3 substrate surface

    Lithium-ion battery cathode materials

    CaCO3 particles on the surface of paper

    Cosmos bipinnatus pollen

    Stag beetle antennal sensilla

    Surface structure of camphor leaves

    Titanium oxide nanosheets