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Labmate Scanning Electron Microscope LMSEM-A100

Labmate Scanning Electron Microscope LMSEM-A100

Labmate Scanning Electron Microscope LMSEM-A100 provides ultra-high-resolution imaging with a magnification range from 2× to 1,600,000×, making it ideal for detailed micro- and nano-scale structural analysis. It is equipped with a Schottky field emission electron gun, advanced electron optics, and a five-axis motorized eucentric stage for precise specimen positioning. The ergonomic design and user-friendly interface allow seamless operation for material science, life science, and industrial research applications.

  • Product Info

    Key Features

    • Magnification range: 2× to 1,600,000×

    • High-resolution imaging: 0.9 nm to 30 nm

    • Schottky field emission electron gun with 15,000-hour lifespan

    • Multilevel high-performance conical lens system

    • Three objective apertures

    • Five-axis motorized eucentric stage (X: 150 mm, Y: 150 mm, Z: 65 mm, Tilt: -10° to +90°, Rotation: 360°)

    • High vacuum SE and integrated BSE detectors, IRCCD

    • Real-time image display with magnification, scale plate, grey curve, and frame averaging

    • Brightness and contrast adjustment, autofocus, fast scanning

    Technical Highlights

    Specification Details
    Magnification 2× to 1,600,000×
    Resolution 0.9 nm to 30 nm
    Electron Gun Type Schottky field emission gun
    Lens System Multilevel conical objective system
    Vacuum System 2 ion pumps, 1 turbo molecular pump (TMP), 1 mechanical pump
    Detectors SE detector, BSE detector, IRCCD
    Image Format TIF, BMP, GIF, JPG, PNG
    Max Display Size 16,384×16,384 pixels
    Stage Travel X: 150 mm, Y: 150 mm, Z: 65 mm; Tilt: -10° to +90°; Rotation: 360°
    Sample Size 320×80 mm
    Operating Conditions Temp: 16–30 °C, Humidity: <60 %, Noise: <68 dB
    Power AC 220 V, 50 Hz
    Dimensions Microscope: 800×800×1480 mm; Working Table: 1340×850×740 mm
    Weight 450 kg

    Applications
    Labmate LMSEM-A100 is widely used in material science, life sciences, and industrial research for:

    • Surface morphology studies of micro- and nano-structures

    • Quality control in manufacturing processes

    • Failure analysis and defect inspection

    • Research in materials, biology, and nanotechnology

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