With the help of 3D scanning, the 3D data of the original workpiece can be obtained, so as to construct a 3D model. If this graphic is compiled into tool path processing code, the same product as the original workpiece can be copied and produced; Modification and innovation on the model can be designed to the effect that the customer wants to achieve. Produce new products with other functions. It can be seen that reverse engineering technology has very important practical significance for the replication and innovation of workpieces, and it is also a shortcut to improve the development level of my country's manufacturing industry and shorten the gap with developed countries.

Application of 3D Scanner-Toys

At present, most of the small and medium-sized toy processing enterprises in our country design and produce toys according to the graphics provided by customers. The pictures provided by customers are mostly two-dimensional plans with different shapes. After completion, compare with the picture for modification. Therefore, it mainly depends on the designer's spatial imagination and design experience. A sample must be modified several times before it can be finalized. The design methods are primitive, resulting in a long product development cycle, high cost, and lack of market competition. Advantage.

With the aid of three-dimensional scanning reverse engineering technology, based on two-dimensional pictures, use sludge and other materials to make three-dimensional solid models, use three-dimensional data measurement technology to digitize the surface of the physical (oil sludge, etc.) model, and then use reverse software to reconstruct the surface to generate three-dimensional CAD model. This can fundamentally update toy design methods, shorten product development cycles, and improve design quality.

Application of 3D Scanner-Automotive

At present, my country has become a major automobile consumer, but there is still a considerable gap between automobile design and manufacturing and foreign countries. In order to improve the product quality, domestic enterprises have imported a large number of foreign parts or finished cars. However, the introduction of finished products does not pay attention to the introduction of technology. The technological advancement of the industry is quite unfavorable and will reduce the profit margin of the enterprise.

Therefore, while importing, companies should also be able to conduct in-depth research on imported technologies, explore key technologies in imported products, digest, absorb, and improve and innovate. For the renewal of models, the most important work is to obtain the original models. Geometric model (including the design of large panels is the key to the development of the entire new car model), based on reverse technology (three-dimensional scanning engineering technology), CAD/CAM technology (surface construction, model reconstruction) is currently the most widely used method of obtaining geometric models.