As technology becomes more and more advanced, we use more and more devices in our lives, and the functions are also very complete. Three-dimensional profile measuring instrument is also a product that is used in many places. After continuous improvement and development, it has many functions. Next, we will introduce its advantages to you.

The 3D profiler can also be seen in many places. Of course, there are many functions and advantages. The three-dimensional profile measuring instrument actually supports a variety of automatic splicing methods when in use. Such as global splicing of marker points, feature splicing, automatic splicing of single-axis or multi-axis turntables and other splicing methods, in this case, it is naturally good to ensure the accuracy of data splicing and measurement efficiency. In addition, the 3D profile measuring instrument can obtain 3D point cloud data and high-precision mesh data distributed in the whole area every time it is measured. Under normal circumstances, the resolution of industrial-grade cameras can reach 9 million and higher pixels, so everyone needs to know that in fact, in the measurement data, it can present a very high resolution of micro details, so it is also suitable for 3D measurement of tiny parts .

The calibration of the 3D profile measuring instrument is convenient and fast when in use. In such a case, it is naturally favored by everyone. Of course, when using it, you will find that the high-precision industrial-grade blue-ray 3D scanner is calibrated with a certified calibration object. Therefore, the entire calibration process of the equipment has operation instructions, which is convenient and quick, improves the user's efficiency, and naturally ensures the measurement accuracy. When used with the turntable, the system can be automatically calibrated. For these are also some advantages of the 3D profilometer. Of course, it also applies to complex part shapes. Therefore, when reusing, you must know that even complex parts can easily obtain complete 3D scanning data of the workpiece. For example, in some deep grooves, fine edges, parts with complex shapes, etc.