1. Three-dimensional detection of products

Three-dimensional scanning provides reliable and true three-dimensional data, which will not wear and damage the scanned object and will not be limited by the size of the object. By comparing the obtained three-dimensional data with the three-dimensional drawings, the deviation of each position of the workpiece can be obtained quickly and accurately, which provides a basis for the later product modification and research and development. At the same time, fast scanning also greatly improves the detection efficiency and reduces the time and labor costs.

2. Reverse design

The three-dimensional shape of an object can be digitized by three-dimensional scanning, and a group of three-dimensional digitized models with physical dimensions of 1: 1 can be obtained. Users can use these three-dimensional data with the corresponding professional software for digital simulation analysis, intuitive and convenient aerodynamic analysis, strength analysis, stress analysis, etc., to provide basis and reference for later product optimization and improvement.

Step 3 maintain

During the long-term operation of rail trains, the wear degree of wheel inner edges and rails directly affects the braking performance and running stability of the trains. When the wear reaches a certain level, the corresponding parts must be replaced. 3d scanner can quickly, completely and accurately obtain the 3D shape data of key parts such as wheels, and get the corresponding dimensions through professional analysis, thus providing technical support for maintenance.

4. Cultural application

Three-dimensional data of the scanned object can be obtained through three-dimensional scanning. The data can be imported into the engraving machine software through corresponding conversion and editing, which can provide a more friendly solution for the repair and reproduction of some antique furniture.

5. Virtual reality display

By applying three-dimensional data to virtual scenes and cooperating with virtual reality technology, consumers can clearly understand the appearance structure of products in a more relaxed and convenient way and improve the publicity effect of products.

6. Mold manufacturing field

Mold manufacturing is applied to almost all manufacturing fields such as machinery, automobile, aviation, light industry, electronics, household appliances, energy, chemical industry and so on. In the past 10 years, the mold industry in China has maintained a rapid development trend. In the future, domestic mold products will develop in the direction of more precision, more complexity, larger mold size and shorter manufacturing cycle. This requires mold manufacturing technology to better reflect information, digitalization, refinement, high speed and automation. Three-dimensional scanning can basically meet all kinds of needs in this respect.

7. The field of shoes and clothing manufacturing

With the development of three-dimensional digital technology, digital clothing (shoes) design, digital clothing (shoes) structural design, digital clothing (shoes) customization and three-dimensional clothing (shoes) CAD technology are increasingly mentioned by the industry. Industrial 3d scanners and human 3d scanners can flexibly and accurately measure human bodies and objects, obtain effective data, establish an objective and accurate database reflecting human body characteristics, and facilitate searching, comparison, analysis and application, thus speeding up the digitalization process of clothing and shoe-making enterprises.

8. Playground

With the development of science and technology, modern computer games have entered the stage of three-dimensional, interactive and virtual reality. 3D scanning can not only provide a large number of realistic 3D color models for games and entertainment systems, but also scan players' images into the system, so that you can feel fantastic effects.

9. Medical field

Including tooth size, face shape, limbs, etc. Therefore, it is very useful for beauty, orthopedics, prosthodontics, stomatology and prosthesis making. In developed countries, 3d scanners have been used in beauty, plastic surgery, artificial limb manufacturing, anthropology and ergonomics. At the same time, in archaeology and criminal investigation, it is sometimes necessary to restore the image of human or animal before death according to bones. You can also use a 3d scanner to input the coordinate data of bones into a computer as the basic data for repair.