Ultra High-Accuracy Laser Displacement SensorsCDX Series

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World’s No. 1 Linearity

  • Developed image sensor: ATMOS
  • Direct Ethernet connection
  • Equipped with a Web Server
CDX Series

Newly Developed Image Sensor for Highly Accurate,
High-speed, and Stable Measurements

  • New

    Newly developed image sensor: ATMOS

    In order to achieve the World’s No. 1 Linearity, ATMOS image sensors were newly developed with a light receiving element featuring a CDX specialized design.
    By applying the latest technology, accuracy has been increased by 3.3 times that of the conventional model.

    ATMOS: Auto Tuning cMOS

  • Industry first

    Feedback-free high-speed shutter

    With conventional image sensors, feedback control to the shutter could not keep up with sudden changes in receiving light levels caused by changes in workpiece colors, momentary inabilities to perform measurements would be caused, resulting in response delays.
    With newly developed ATMOS image sensors, measurements can be performed without the need for feedback control thanks to an industry-first algorithm.
    Because momentary inabilities to perform measurements and response delays have been eliminated, real-time measurements are now possible.

  • Stable measurements even with Class 1 lasers

    With ATMOS image sensors, stable measurements are possible even with a Class 1 laser thanks to their high level of sensitivity.
    Even when measuring black workpieces such as tires, highly accurate measurements can be performed without using a high output laser.
    Stable measurement of black workpieces is possible while ensuring the safety of worker’s eyes.

High-speed measurement: Max. sampling period of 12.5 μs (Measuring frequency: 80 kHz)

With highly sensitive ATMOS image sensors, ultra high-speed shutter speeds are possible as the required exposure time is minimized.
Because sampling periods have been reduced to 12.5 μs, 1/8th of the conventional model, these sensors can be utilized for application that require ultra high-speed measurements.