Laser Displacement Sensors

CMOS laser displacement sensors with micron-level repeatability for thickness, runout and position.

Compare Displacement Windows and Measurement Outputs

Laser displacement selection begins with the reference position, total movement and real target surface. A repeatability value is not automatically absolute accuracy, resolution or performance on another surface. Keep the selected model, sampling conditions and receiving controller in the same purchase specification.

Compare 3 Laser Displacement Sensors Series

Compare the Configuration Paths

Required taskExisting product pageWhat to confirm
Published range and interface matrixDDK-G model matrixChoose the exact measuring window and output configuration from the series data.
CMOS displacement comparisonLK-F configurationsCompare reference distance, measurement window, target conditions and data output.
Additional displacement familyDK-G model documentationAsk for the current ordering sheet where legacy source specifications differ.

A Displacement Sample Test That Can Be Repeated

Purchase inputInformation to provide
Mechanical referenceProvide sensor standoff, motion direction, minimum and maximum positions and available mounting space.
Surface and processInclude dark, reflective or curved samples and expected vibration or ambient light.
Measurement acceptanceDefine permissible measurement error, repeatability test and update time, then record the selected output.

For a target that can be touched, compare contact displacement probes. For robot process inspection, see the sensor-role selection article without treating a process sensor as a protective device.

Send the application details and required configuration through the inquiry form so that the quotation identifies the selected equipment and options.

Selection Help & Related

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