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Laser displacement sensor with triangulation principle


Senyd laser displacement sensor with the principle of triangulation use a laser beam to illuminate a target object and a sensor to detect the reflected light. The sensor measures the position of the reflected laser beam on a detector, and based on this information, calculates the distance between the sensor and the target object.

triangulation principle laser displacement sensor allows for highly accurate and precise distance measurements, making it a popular choice for applications where precise positioning and measurement are required.

Rod style magnetostrictive linear position sensor for industrial hydraulics

  • High resolution of up to 1 µm

  • Measuring lengths of up to 7620 mm

  • Measures several positions and speeds at the same time

  • Programmable output signals – invert, configure, and document the measurement range

  • Flexible installation thanks to various thread types

  • Non-contacting, thus free from wear – no downtimes and a long service life

  • Expanded measuring possibilities with multi-magnet technology

  • Easy integration with equipment through a variety of interfaces – such as Profibud-DP, Profinet, EtherCAT, SSI, Canopen and analog