Laser displacement sensor is a new breakthrough point for the detection of different parameters such as displacement, thickness and height, and many people are using laser displacement sensor video preparation to deeply understand its measurement methods and application functions. The triangulation method and laser echo analysis method are the more commonly used measurement methods of displacement sensors. Now what are the differences between triangulation method and laser echo analysis method for you to further analyze:

Surface defects not only affect the beauty and comfort of the product, but also generally have an adverse impact on its performance, so the company attaches great importance to the detection of surface defects of the product in order to effectively control product quality.

Laser displacement sensors, known as the eyes of robots, play an irreplaceable role in welding, blank manufacturing, machining, heat treatment, loading and unloading, assembly and other operations. Laser displacement sensors are often used to measure physical quantities such as length, distance, vibration, speed, orientation, and can also be used to detect and monitor air pollutants.

Nowadays, there are more and more brands of laser displacement sensors, which well meet the current domestic market demand, and also reduce the cost of use. With the development and improvement of domestic science and technology, domestic brands of laser displacement sensors show their own value and reliability. In the monitoring of parameters such as bridge beam displacement, cracks, support displacement, beam stress, deflection, ambient temperature and wind direction, displacement is one of the important parameters of structural monitoring. In order to avoid the shortcomings of contact displacement sensors such as low accuracy, easy wear and poor long-term stability, professional laser displacement sensors are often used.

Spectral confocal displacement sensor is a new type of ultra-precision measurement sensor, which has been developed for decades in foreign countries, and has been issued in recent years in China. With the continuous maturity of technology, the stability of spectral confocal displacement sensor has been further improved, thus realizing the application of various detection scenarios. Compared with traditional laser displacement sensor, What are the advantages of spectral confocal? Today, Li Yi technology Xiaobian will introduce it to you, and let's understand it:

With the rapid update of the appearance design of 3C products and the continuous upgrading of material technology, spectral confocal sensors have been used more and more in the automatic measurement of 3C products in the manufacturing process in recent years, and spectral confocal displacement sensors have played their unique advantages. Spectral confocal sensors have been widely used in mobile phone surface profile, mobile phone chip, middle frame segment difference, LOGO. Precision measurement scenarios such as segment differences, camera modules, and coating defects.