Laser Contour Sensor is a non-contact measurement sensor that uses a semiconductor laser light source to irradiate the surface of the object to be measured and obtain the corresponding data information, which can achieve high-precision dimensional inspection and visual positioning. Laser contour sensors have a variety of advantages, applicable to automated production lines, semiconductor manufacturing, automotive manufacturing, mobile phone manufacturing, aerospace, medical equipment and other fields. The specific advantages of laser contour sensors are as follows:

     1. High precision: It can achieve high-precision contour measurement, especially in the case of complex contour shape or the need for high-precision positioning, the advantage is more obvious.

     2. Non-contact: The laser profile sensor adopts non-contact measurement, which can avoid the measurement errors caused by friction, gap and other factors in the traditional contact measurement method, and eliminate the influence of human interference factors.

     3. High speed: The laser contour sensor has the characteristic of high speed, which can complete a large number of contour scanning measurements in a short period of time, and is suitable for rapid inspection on large-scale production lines.

     4. High Repeatability: The high repeatability accuracy of the laser profile sensor ensures the accuracy of the measurement and reduces the accumulation of measurement errors.

     5. High applicability: the laser contour sensor is suitable for different types of measurement occasions, and can be used for contour measurement of workpieces of different materials and sizes, with strong applicability.

     Laser profile sensors are widely used in industrial inspection, which can improve the measurement accuracy and efficiency, ensure product quality and consistency, and is one of the indispensable and important inspection means in modern industrial production.