New optoNCDT 1750LL Laser Triangulation Sensor Provides an Oval-Shaped Light Spot

Press Release Summary:

The optoNCDT 1750LL Laser Triangulation Sensor is designed for high precision measurements on structured surfaces like sandpaper, grinding wheels, rubber and shiny metals. The unit compensates for interferences caused due to structures, depressions and surface defects with its evaluation algorithms.


Original Press Release:

Laser Sensors for High Precision Distance Measurements on Metals and Rough Surfaces

The new optoNCDT 1750LL laser sensor is used in high precision distance measurements of metallic and structured surfaces. Their oval-shaped light spot makes it possible to compensate for physical interferences and to output stable measurement values. Therefore, the optoNCDT 1750LL can be used where conventional laser point sensors are operating at their limits.

The new optoNCDT 1750LL laser triangulation sensors enable high precision measurements on structured surfaces such as sandpaper, grinding wheels, rubber and shiny metals. Here, conventional laser point sensors are operating at their limits due to their small light spot size, since the surface structure does not allow for a homogeneous reflection of the laser light. This induces unstable, noisy measurement signals. With a special, cylindrical lens, the laser point is enlarged to a laser line. The human eye perceives the short laser line of the optoNCDT 1750LL as an oval light spot. Combined with special evaluation algorithms, the laser sensor compensates for interferences caused by structures, depressions and other surface defects. This enables precise distance measurements on these surfaces. The extremely compact design of the sensors enables their integration into small installation spaces too.

The combination of unique performance, highest precision and dynamics together with a wide range of features makes the optoNCDT 1750 sensors leaders in their class.

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