 Quality inspection of automobile stamping die XTOM-MATRIX Blue-light 3D scanner inspects the shape and size of die parts, including the important parameters in die manufacturing, such as geometric shape, material thickness, shape and position tolerance, etc. It effectively improves the efficiency of design, inspection and production, saves costs for customers and improves benefits Solution：XTOM-MATRIX 3D optical surface scanning system ---- Analysis of processing allowance for full-scale inspection of the profile part. 1、Mold manufacturing process If the accuracy requirement is not met in the process of die test and dressing, it may need to be redesigned. The use of 3D scanning technology can reduce the trouble of designers, through collecting and re-innovating the surface data of objects, reduce the re-design steps, and optimize the product design process 2、Mould modification and repair Traditional die design generally uses stereo sculpture and CNC milling machine to produce equal proportion die. This method has many limitations, such as: unable to establish digital files; heavy workload of manual repair; high demand for workers' skills; great difficulties for later CNC processing and industrial inspection. Because the finished product often inherits the advantages and disadvantages of the mother mould, this technology is gradually integrated into reverse engineering to improve the modification and re-innovation ability of the mould. After the design and manufacture of the die, the proofed die products will be unsatisfactory. In this case, it is necessary to modify and innovate the die. The re-inspection and modification of die is often a complicated process. 3D quality detection and reverse design can be used to reduce the extra work of designers. Make accurate quality report of deformation and other errors of die samples, master detailed 3D test results, and improve product quality. |