Laser Displacement Sensor

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  • Thickness Measurement with Laser Displacement Sensors
    Laser displacement sensors are often used for measuring distance, movement and dimensions. If the measured values from two sensors are evaluated together, the thickness of an object can be determined from this. However, in order to achieve a precise statement of the target thickness from
  • Semiconductor Manufacturing Processes and Laser Displacement Sensors (.pdf)
    One of the driving forces in the semiconductor manufacturing industry today is to reduce manufacturing cost and increase efficiency. In the past, laser displacement sensors have been used infrequently due to lack of speed, accuracy and flexibility. Recently, laser displacement sensors have become
  • Solar Industry Processes and Laser Displacement Sensors (.pdf)
    One of the driving forces in the solar cell industry today is to reduce manufacturing cost and increase efficiency. In the past, the laser displacement sensors have been used infrequently due to lack of speed, accuracy and flexibility. Recently, laser displacement sensors have become more accurate
  • Laser Triangulation Sensors
    Offering extreme resolution and high measuring rates, laser triangulation sensors accurately measure displacement, position and vibrations on an engine manifold, powertrain or car body.
  • Linear Position and Displacement Measurement With Capacitive and Eddy-Current Sensors
    applications. Capacitive sensors work in clean environments and provide highest precision. Eddy-Current sensors can work in wet, dirty environments. They provide an economical replacement for laser interferometers when the probes can be mounted near the object and total displacements are small.
  • A Comparison of Blue and Red Laser Triangulation Sensors
    Although red laser triangulation displacement sensors have been in use for more than 20 years, blue laser versions are also now available. Before selecting which colour to use, it is important to understand which type performs best on which target material.
  • Laser Triangulation: Getting from Point to Line
    can be used to automatically correct and control the production process. Optimised sequences improve product quality, reduce raw materials and energy and therefore minimise production costs. With a wide product range that includes high precision, high speed optical displacement and distance sensors

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