Three-dimensional contour measuring instrument is a measuring instrument that uses the contour of an object to form a three-dimensional shape. Its main features are described below:

Blu-ray technology

The 3D profiler is based on blue 3D scanning fringe technology, which can effectively filter ambient light interference during image acquisition. For dark and reflective surfaces, the quality and accuracy of 3D scanning can be improved, and the quality of 3D data can be improved.

System automatic monitoring technology

The 3D profile measuring instrument can continuously monitor the calibration state, conversion accuracy, environmental change and component displacement during the working process, and provide corresponding compensation to ensure that the system handles the ideal working state, thereby ensuring the reliability and high precision of the 3D scanning measurement data .

Heterodyne Multi-Frequency Phase Shift Technology

The three-dimensional profile measuring instrument is based on the principle of binocular stereo vision and adopts the international advanced heterodyne multi-frequency phase shift technology. Industrial cameras capture images according to the principle of stereo photography. It has advantages for 3D scanning measurement of large-sized objects, complex surfaces and flexible surfaces.

Multi-scan technology

Multi-scanning technology is a specific calibration process for industrial cameras and projection heads, which can make two industrial cameras and projection heads form a measurement unit in pairs, which can improve the range and data quality of a single effective measurement, especially for deep Complex curved and reflective surfaces such as holes and deep grooves.

Industrial Probe

The three-dimensional profile measuring instrument adopts an integrated shell design, which effectively protects the industrial cameras, industrial lenses and other precision components inside the scanner. All electronic equipment is purchased, designed and manufactured with a high technical level, which can ensure the measurement accuracy and stability of the system even in various harsh working environments. The design of the device is ergonomic, and the handle of the scanning head is designed for easy operation.

Automatic stitching

The 3D profile measuring instrument supports a variety of automatic splicing methods, such as global splicing of marked points, feature splicing, automatic splicing of single-axis or multi-axis turntables, etc., to ensure data splicing accuracy and measurement efficiency.