L100NX

LK Metrology
Optical Sensors

Experience a new standard in 3D scanning with the L100NX CMM Laser Scanner – where exceptional accuracy meets high-speed efficiency.

Designed for modern manufacturing demands, the L100NX delivers precise surface and feature measurements at unmatched speeds, even on reflective or multi-material parts. Whether you’re working with complex surfaces or intricate features – the L100NX delivers precise results every time!

Building on the proven success of the L100, the L100NX introduces advanced blue laser technology for cleaner, more reliable scan data – especially valuable in high-precision industries like aerospace, automotive, and general manufacturing.

  • Blue Laser Precision
    Reduces noise in scan data for superior measurement quality compared to traditional red laser systems.
  • High-Speed Scanning
    Captures up to 420,000 points per second with a wide 110mm stripe width, ideal for inspecting large components efficiently.
  • Enhanced Sensor Performance (ESP)
    Automatically adjusts laser power for every point, enabling seamless scanning of multi-material and reflective surfaces without manual tuning.
  • Reflection Filter for Shiny Surfaces
    A built-in filter automatically removes unwanted reflections on shiny materials, eliminating the need for white powder spray or manual cleanup of point cloud data.
  • High-Quality Nikon Optics
    Features a custom-designed Nikon lens built specifically for the L100NX, ensuring the highest quality data capture and optical performance.
  • Integrated Rotation Adaptor
    Allows optimal scanner orientation for complex geometries, improving accessibility and setup flexibility.
  • Field of View Projector
    Visually displays the scanner’s coverage area directly on the part, simplifying programming and setup.

Specifications

Scanner TypeLine
Points/second (full field of view)420,000
Scan rate (full field of view)210 Hz
Points/second (reduced field of view)530,000
Scan rate (reduced field of view)530 Hz
Points per line2,000
Resolution42 µm