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  • 3D Laser Scanning Confocal Microscope VK-X1000

  • Laser Scanning Confocal Microscope VK-X1000

    • Non-contact profile, roughness, and film thickness measurements
    • Nanometer resolution
    • Material and shape independent
    • Fully automatic measurement & analysis

  • What is a laser scanning confocal microscope?

    Laser microscopes can perform non-contact profile, roughness, and film thickness measurements with nanometer-level resolution on any material or shape.

  • How does a laser microscope work?

    By combining white light with a laser light source, LSCMs are able to scan a surface and collect both an optical image and high-resolution surface data. Nanometer-level heights can be measured by analyzing the intensity of the returned laser light relative to the z-position of the laser.

  • Why choose a laser microscope?

    Conventional 3D measurement systems, such as contact profilers and interferometers can damage the material being measured or are unable to provide data on certain materials and surfaces. These devices can also be costly, time-consuming to operate, and difficult to use.

  • How easy-to-use is the VK-X1000?

    Simply place your sample on the stage, click measure, and the VK-X1000 will automatically scan and measure your sample. Our advanced analysis software will automatically analyze the data and recommend key roughness parameters to evaluate.

  • No Restrictions on Objects

  • High-resolution Imaging

  • Automatically Compare and Analyze Multiple Surfaces

  • Easy and Accurate Measurements Over a Wide Area

  • WHY KEYENCE?

    KEYENCE has been an industry leader in sensing technology since 1974. KEYENCE's direct sales team visits customers with live demo equipment to find the best possible solution for all applications.

Learn more about the VK Series 3D Laser Scanning Microscopes!

RECOMMENDED ITEMS

VK-X Series 3D Laser Scanning Confocal Microscope Catalogue

VK-X Series 3D Laser Scanning Confocal Microscope Catalogue

Non-contact Profile and Roughness Measurements on Nearly Any Material.

  • [File type]PDF:5.55MB

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