For automotive mold manufacturers, a set of high-precision automotive molds can bring huge profits to the enterprise, but the automotive molds have complex processes, high technical requirements and high production costs in the manufacturing process. A number of sophisticated and mature inspection solutions have been developed in this field to help manufacturers quickly and accurately obtain automotive mold inspection data.

Testing challenges faced:

The production of automotive sheet metal has become an important indicator of the manufacturing level of the automotive industry. The quality of automotive molds is directly related to people's lives, so high-precision accuracy testing is particularly important. However, due to factors such as the precision of the mold manufacturing itself and the rebound of the sheet metal after stamping, the accuracy of the product produced does not meet the quality requirements of the customer, and the use of the original three-coordinate measuring method is not only cumbersome and time consuming, but also Unable to get comprehensive deviation information.

solution:

The handheld 3D scanner not only saves a lot of measurement time in the sheet metal industry, but also accurately obtains product deviation data, helping customers to quickly and comprehensively solve the problem of sheet metal deviation comparison measurement.

Specific detection steps:

The hand-held 3D scanner is used for scanning measurement, and the mark is scanned first, and the global positioning is obtained. Then, the laser spot is scanned to obtain three-dimensional data, and the scanned data is imported into the comparison software to perform 3D comparison with the digital model of the product. The comprehensive deviation information of the product and the digital model is obtained, and a test report is generated.

Quickly attach the positioning marks, no need to do pretreatment such as dusting;

Handheld 3D scanner Tango-S scanning products to quickly and accurately acquire complex 3D data on the surface of the product;

The obtained three-dimensional data is compared with the digital model of the product in 3D to obtain relevant deviation information.

This program is widely used in:

Mold, woodcarving, stone carving, handicrafts, vehicle modeling, auto parts, car design and modeling, vehicle testing, automobile production and modification, hydropower industry, furniture industry, pipe fittings industry, 3C industry, engineering machinery, shipyards, etc.