EKMB1105111

EKMB1105111 Application Field and Working Principle

The EKMB1105111 motion sensor comes from the family of optical sensors. It measures displacement of objects based on laser optics principle. It produces high-precision profile data which are used for controlling and measuring lengths. The working principle involves, laser beam and light source which are placed opposite the object to be measured. A line projector is equipped so as to ensure the profile of the object can be obtained in detail.

The EKMB1105111 is applicable in metal and plastic forming processes, as well as in other processes such as welding, cutting and surface treatment. It is also used in quality-control applications to determine the defects or irregularities in 3D arts. Furthermore, it is frequently used to pick-up profile of objects for later processing.

Besides the application of EKMB1105111, many report suggests that the working principle of such system is related to the passing time of laser beam from the source to an object. As the laser beam passes through the object, the signals travel differently through the objects depend on its complicated geometry. Therefore, when placed opposite the object to be measured, the laser beam will detect irregularities and refractions in the object accordingly. In order to produce high measurements accuracies, a synchronic laser scanner and a special image processing board are employed to detect real-time profile information.

Furthermore, as mentioned earlier, a line projector is also involved in this system to ensure a detailed graphing of the object. Line projector can be described as a graduated sensor. It is able to receive a high resolution grayscale picture of a target object and convert it to a digital image. The data will be sent to a processor which then produces the graph and calculates the desired measurement.

In conclusion, EKMB1105111 is an optical motion sensor which measures displacement of objects based on laser beams. Its application fields include metal and plastic forming processes, quality control, and pick-up profile. Laser beams, line projector and image processing board are employed to get high-precision measurement readings.