The basic function of three-dimensional laser scanner

Traditional concept of measurement, the data measured by the final output are two-dimensional results (such as CAD out of the map), in the measurement of instruments in the total station, GPS proportion of the majority, but the measured data are two-dimensional form, in the gradual digitization of today's three-dimensional has gradually replaced the two-dimensional, because of its intuitive two-dimensional can not be expressed, three-dimensional laser scanner each time to measure the data does not only contain X, Y, Z point information, but also includes R, G, B color information, as well as the object inversion rate information, so that comprehensive information can give a person a sense of the object in the computer, and the color rate information. Each measurement data of 3D laser scanner not only contains X,Y,Z point information, but also includes R,G,B color information, as well as the information of the object's inverse chromaticity, such comprehensive information can give a person a kind of real reproduction of the object in the computer, which is impossible to be achieved by general means of measurement. Fast scanning is the birth of the concept of scanners, in the conventional means of measurement, the measurement of each point of time in the 2-5 seconds, or even more, to spend a few minutes of time on the coordinates of a point of time to measure, in the digitalization of today, the speed of such measurements have not been able to meet the demand for the measurement of the birth of the three-dimensional laser scanner to change the status quo, the initial 1,000-points-per-second measurement of the speed of the measurement has been made to measure the community! Amazing, and now the pulse scanner (scanstation2) maximum speed has reached 50,000 points per second, phase scanner Surphaser 3D laser scanner has reached the highest speed of 1.2 million points per second, which is a 3D laser scanner on the object of the basic guarantee of a detailed description of the ancient body of the text, factories, tunnels, tunnels, topography, and other complex areas can not be measured have been become a thing of the past.

The armless handheld 3D scanning system and dual camera sensors form a unique combination that ensures the most accurate measurements are generated in the lab and in the workplace. This complete and powerful inspection solution increases the reliability, speed and versatility of the measurement process. The optical 3D scanning system offers complete freedom of movement in terms of the articulated arm compared to other 3D scanners, significantly increasing productivity and quality!