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Scanning Electron Microscope FM-SEM-A100 Scanning Electron Microscope FM-SEM-A100 Scanning Electron Microscope FM-SEM-A100 Scanning Electron Microscope FM-SEM-A100

Scanning Electron Microscope FM-SEM-A100

Scanning Electron Microscope FM-SEM-A100 is a sophisticated imaging instrument used for high-resolution visualization of surfaces at the nanoscale level. Equipped with Schottky Field Emission Electron Gun, with in cylinder Deceleration. It uses a focused beam of electrons to scan the specimen's surface. It has five axis automatic working stage.

Specifications

Magnification 1x to 2,500,000x
Resolution 1.0 nm at 15 kV (SE), 1.5 nm at 1 kV (SE), 0.8 nm at 30 kV (STEM)
Voltage 20 V to 30 kV
Electron Gun Schottky Field Emission Electron Gun, In- cylinder Deceleration, Electromagnetic Composite Objective, Water-cooled Thermostatic Objective
Vacuum System
TypeFully Auto Control Oil Free Vacuum
Sample Room pressure< 5×10-4 Pa
Electron Gun pressure< 9 ×10-8 Pa
Vacuum Pump
Mechanical pump flow rate> 6 m3/h
Turbo molecular pump flow rate> 240 L/s
Ion pump flow rate>25 L/s
Working Stage 5 Axes Auto Stage, X:120 mm, Y:115 mm, Z:50 mm, T: -10° to + 90°, R: 360°
Camera Vertical Optical Navigation CCD, Horizontal Monitoring CCD
Detector Secondary Electron Detector (ETD), High Angle Electron Detector In lens
Software SEM Operation Software
Display Multi-Channel Display
Navigation Gesture navigation
Image enhancement features Auto Brightness Contrast, Auto Focus, Auto Astigmatism
Image format support TIFF, JPG, BMP, PNG
Computer specification Working Station, Memory: 16 G, Hard Disk: 512 G, 24-inch Monitor, Win10 operating system
Installation Room
DimensionL > 3000 mm, W > 4000 mm, H > 2300 mm
Temperature20 to 25 ℃
Humidity< 50%
Power Supply AC 220 V (±10 %), 50 Hz,2 kVA

Features

  1. Field emission scanning electron microscope with high resolution
  2. Advanced Tube Design to enhance beam stability and focus
  3. High-pressure tunnel technology examines samples sensitive to vacuum
  4. Low aberration design minimizes optical distortion
  5. Magnetic Field Lens (MFL) improves imaging capabilities
  6. Optical navigation aids in the precise positioning and navigation of samples
  7. Automated function for automated focusing, stage movement
  8. Human-Computer Interaction efficiently controls and monitor the instrument

Applications

  • Scanning Electron Microscope is widely used across various scientific and industrial fields, including materials science, biology, geology, and nanotechnology.

Accessories Optional

  • Accessories no Name Quantity
    1 BSE Back Scattering 1
    2 EDS Energy Dispersive 1
    3 EBSD, Electron Beam Backscattered 1
    4 EBSD Bruker Quantax e-Flash 1
    5 EDS+EBSD, Electron 1
    6 STEM 1
    7 EBIC, Electron Beam 1
    9 Knob Control Panel &Trackball 1
    10 Sample Exchange 1
    11 Beam Gate & Electron 1
    12 Low Vacuum Detector (LV Module, Work With BSE) 1
    13 Double Anode (Tetrode) 1
    14 Tungsten Filament 6 pcs in one box
    15 Large Size Image Stitching Software 1
Scanning Electron Microscope FM-SEM-A100

Scanning Electron Microscope FM-SEM-A100