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The surface of the blade workpiece is a complex curved surface. During quality inspection, due to the influence of the shape and structure of the workpiece, the use of traditional industrial inspection methods to directly detect the workpiece can no longer meet the growing demand for industrial inspection. The types of data that can be detected are limited, and it is impossible to accurately and quickly determine whether the data is It meets the design requirements, and the detection process takes a long time.
Obtain the point cloud data of the workpiece through 3D scanning and establish a high-precision 3D model. By directly comparing the 3D model with the original design model, the deviation between the product and the design can be quickly and accurately calculated and quantified. This non-contact detection method solves the measurement requirements and problems that customers cannot complete when using traditional measurement methods, and improves the quality and efficiency of the detection process.
Scan the actual picture of the leaf
Three-dimensional laser scanning technology has developed rapidly in recent years and has the characteristics of high precision, high density, real-time and initiative. Use a handheld 3D scanner to quickly and comprehensively collect blade workpiece data, perform data optimization processing, and obtain a high-precision 3D model. By comparing and analyzing the obtained three-dimensional model with the original design model, you can determine whether there is any deviation in the analysis and export the inspection report. Three-dimensional scanning equipment is compact and flexible to use, has high accuracy and has a wide range of applications.
Blade scanning STL data chart
Blade scanning STL data chart
Blade scanning STL data chart
