S78SHDW

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As a versatile non-contact automatic measurement device, the laser scanner S78SHDW has been widely used in fields such as the three-dimensional measurement of non-metallic objects, reverse engineering, and mold forming. Compared with other measuring instruments, the laser scanning system S78SHDW has accurate measurement, complexity of the test object is not limited, rapid testing and easy to carry out automatic measurement, which makes it be more and more popular.

The working principle of laser scanner S78SHDW is relatively simple. The principle relies on the use of laser technology. The laser is projected on the surface of the measured object. While the sampling system that moves around the form of the object makes thousands of measurements on the surface of the object, the probed points marked on the surface form a three-dimensional line vector, and the computer processes, records, and stores the data. The software can perform the necessary mathematical operations to generate the parameters or shape characteristics of the measured object.

In the automatic measurement of three-dimensional figures, it can quickly measure the length, width, height, volume, radius of circle, and arc data of the object. As long as the object is within the range of the scanning device, it can be measured. During the scanner scanning operation, the measured object data can be sent in real time to the computer through the USB transmission port, and can be viewed, processed, analyzed, and edited in the software.

Using S78SHDW can reduce the object scanning time and increase the measurement accuracy. The wireless sensing system can be used with the automated manufacturing process or manual operations. This makes the scanning process more efficient and convenient. S78SHDW can also adapt to the measurement requirements of complex industrial materials and provide accurate measurement data for the analysis of data or decisions.

Moreover, S78SHDW can also provide users with full-featured data analysis and processing capabilities, allowing users to analyze, process and compare data with ease. S78SHDW can also provide powerful 3D-CAD software that enables accurate and rapid control of CAD models. This software allows users to use CAD models to simulate the measurement process, enabling rapid and high-precision control of CAD models. It can achieve the effects of verifications and mix designs.

In conclusion, the use of S78SHDW can improve the accuracy of the measurement of complex industrial products, reduce the number of testing personnel, provide powerful data analysis capabilities, facilitate the management of product design, and improve the accuracy of measurement data.

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