• iNEXIV VMA-2520

    iNEXIV VMA-2520 – High-speed, high accuracy benchtop video measuring system.

    Designed to meet demanding manufacturing requirements with automated measurements of mechanical parts, electronic devices, dies & molds and medical devices.

  • MM-400/800 Series

    MM-400/800 series incorporate key performance features expected in an advanced measuring microscope:

    • Greater Accuracy
    • Digital Imaging and Vision Processing Metrology
    • Larger Stage for Increased Sample Handling
    • Non-Contact Z-height Measurements
    • Coordination with Data Processing Systems DP-E1A

  • NEXIV VMZ-R3020

    High precision, high-speed and easy measurement of various samples

    Designed for middle size components and/or series measurements of multiple pieces on the stage, including mid-size mechanical parts, molded parts, flat panels and PCBs.

  • NEXIV VMZ-R4540

    High precision, high-speed and easy measurement of various samples

    Designed for middle size components and/or series measurements of multiple pieces on the stage, including mid-size mechanical parts, molded parts, flat panels and PCBs.

  • NEXIV VMZ-R6555

    Offering high precision for larger sample sizes

    Suitable for large size components and/or “step-and-repeat” measurements of multiple pieces on the stage.

  • Nikon Camera DS-Fi3

    Compact, high-definition, high-speed and high-sensitivity C-mount camera

    DS-Fi3 is a high-definition color microscope camera equipped with a 5.9 megapixel CMOS image sensor. Its high-speed data readout, superior color reproduction and high quantum efficiency are optimal for imaging in various observations, such as brightfield, DIC, phase contrast and fluorescence observation.

  • Nikon Industrial Microscopes ECLIPSE LV100ND

    • Guarantee: 1 Years
    • Made in: Japan
    • Product brief:
      Microscope type
      Episcopic / Diascopic
      Stage / Stroke
      3 x 2 / 75 x 50mm
      6 x 4 / 150 x 100mm

  • NIKON L300/200N Seriers

    Enhanced observation, durability and operational performance, combined with improved functionality between the microscope and digital cameras provide ideal imaging