Genesis-Series (Compact Normal SEM)

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By EMCrafts

Supplier Info

Product Type:

Metrology & Handling


Application:

Scanning Electron Microscope


Product Description:

Genesis-Series (Compact Normal SEM)

  • More Value in Less Space
  • Straightforward & Intuitive Manual Stage
    (Genesis-1000 / 1100)
  • More Versatile 5-Axis Motorized Stage
    (Genesis-2020 / 2120)
  • Observation of Non-Conductive Sample
    (Genesis-1100 / 2120)
  • 1. Simple and Intuitive User Interface for Everyone
    2. Full 5-Axis Euccentric Manual Stage System
    – X,Y : 40mm
    – Z : 5 ~ 45mm
    – T : -20° ~ 90°
    – R : 360°
    3. Maximum Sample Size
    – Horizontal : 96mm, Vertical : 50mm
    4. X 10 ~ X 300,000 Magnification
    5. Automatic Functions To Minimize Repetitive
    – Auto Focus, Auto Brightness & Contrast,
    Auto Gun Alignment, Auto Saturation
  • 6. High Resolution Imaging
    – Genesis-1000 : 3nm SE Image (SE Detector)
    – Genesis-1100 : 3nm SE Image (SE Detector) / 4nm (BSE Image)
    7. Silent turbo-pumped vacuum system (Vacuum ready within 3minuits)
    8. Only 1m2 space required for installation
    9. Vacuum Mode
    – Genesis-1000 : High Vacuum only (<9 x 10-3Pa)
    – Genesis-1100 : Variable Pressure(10 ~ 230Pa)
    10. Detector
    – Genesis-1000 : SE(ET Type)
    – Genesis-1100 : SE(ET Type) / BSE(4Channel, Semiconductor)
    11. Independent product development, Quick & Prompt AS
    12. Various kinds of specimens can be analyzable with optional detectors
    – 4Channel BSEEDSEBSDWDSCL
    Raman SpectroscopyLaB6 / Cebix Upgrade
    E-beam Lithography3D ImagingChamber Camera


GENESIS-Series specification
Model Genesis-1000 Genesis-1100 Genesis-2020 Genesis-2120
Stage 5-axis Manual
– X : 40mm (-20mm ~ 20mm)
– Y : 40mm (-20mm ~ 20mm)
– Z : 5 ~ 45mm
– T : -20° ~ 90°
– R : 360°
5-axis Motorized
– X : 90mm (-45mm ~ 45mm)
– Y : 60mm (-30mm ~ 30mm)
– Z : 5 ~ 60mm
– T : -20° ~ 90°
– R:360°
Variable Pressure X O X O
Vacuum Mode High Vacuum only (<9×10-3Pa) High Vacuum Mode (<9×10-3Pa)
Low Vacuum Mode (10~230Pa)
High Vacuum only
(<9×10-3Pa)
High Vacuum Mode (<9×10-3Pa)
Low Vacuum Mode (10~230Pa)
Vacuum System Fully Automated Evacuation System
– Turbo molecular pump(Vacuum ready within 3 minutes)
– Rotary vane pump
– Electrical valve system
Electron Gun Pre-centered Tungsten Filament
Detector SE Detector (ET-type) SE Detector (ET-type) BSE Detector (4Chan-
nel, Semiconductor)
SE Detector (ET-type) SE Detector (ET-type) BSE Detector (4Chan-
nel, Semiconductor)
Resolution 3.0nm (SE Image) 3.0nm (SE Image)
5.0nm (BSE Image)
3.0nm (SE Image) 3.0nm (SE Image)
5.0nm (BSE Image)
Magnification x10 ~ x300,000
Acceleration Voltage 200V ~ 30kV
Objective IRIS 20 / 20 / 50 / 100μm (Variable aperture)
Image Shift 100μm
Maximum Sample Size Horizontal : 96mmVertical : 50mm Horizontal : 150mmVertical : 60mm
Advanced Scan Mode Dynamic FocusPoint & Line Scan, Tilt Compensation
Working Distance 0 ~ 45mm 0 ~ 60mm
Automatic Function Auto Brightness & ContrastAuto FocusAuto Gun AlignmentAuto Saturation
Auto FilamentBias
Image Format JPGTIFFBMPPNG
Display Mode Focus Mode : 320 × 240 pixel, Resizable
Preview Mode : 800 × 600
Slow Mode : Applicable to both preview and focus mode
Photo Mode : Up to 3200 × 2400
Dimension(mm) Installation Dimension : 1800 (W) x 600 (D)
– Main System : 600 (W) x 623 (D) x 1350 (H), 130Kg
– Rotary Pump : 454 (W) x 134 (D) x121 (H), 22Kg
Supplied Accessories Factory-centered Filament Cartridge 1box(10units)Specimen Mounts 1box(10units), Tweezer
Carbon TapeHex. Driver 0.89mm (1 ea.)Hex. T Wrench 2.5mm (2 ea.)
Operation Device(PC) Windows10 -based All-in-One 21.5” Workstation100% controlled by keyboard and mouse
Optional Devices EBSD(Electron Back Scattered Diffraction) EDS(Energy Dispersive Spectroscopy) WDS(Wavelength Dispersive Spectroscopy)CL(Cathodoluminescent) Image
Chamber CameraLaB6 / CeB6 Upgrade 3D Imaging Raman Spectroscopy
E-beam Lithography
Power Supply Single Phase : 100 ~ 240VAC, 50 / 60Hz, 1kVA

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As an entirely new advanced imaging tool for bioscience research, SEM had contributed much to advancing the field of life science.
SEM is frequently used in observing not only the structure of living organisms
but also tissue models as well as nano-particle analysis of drugs .

  • Micron-scale insect anatomy
  • Detailed images of surface structures of plants
  • Nano-particle analysis of drug delivery
  • Red blood cell and white blood cell segmentation


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