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Laser Displacement Sensors from KEYENCE

Double Scanning Displacement Sensors

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Basic Principle

High-precision Measurement Using Confocus and Tuning Fork
The laser beam passes through the object lens, which rapidly moves up and down, based on the movement of the tuning fork, and focuses on the object. The reflected light is then concentrated at the pinhole, through which it enters the light-receiving element. By measuring the location of the object lens just after the entry of the beam into the light receiving element, the distance to the object is measured, unaffected by material, color, or gradient.

Details of the confocus method		 High precision using confocus and tuning fork
Highly Accurate Scanning with Oscillating Unit
Details of the use of the oscillation unit The highly accurate oscillating mechanism enables a 2 μm spot to be migrated horizontally by up to 1100 μm. The introduction of this scanning method has also enabled measurements of shape, angle, and area.


Scanning Width Variable as Required
Variable width scanning is possible The laser scanning width is adjustable according to your requirement and the surface conditions of the object. Moreover, computing the scanned data has enabled reliable displacement measurement. 		Accurate scanning with the oscillation unit
EX-V Series LT-9000 Series

Laser Displacement Sensor

Surface scanning laser displacement meter. Z-axis scanning for accuracy and resolution. X-axis scanning for stability. Transparents targets are not a problem.  
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