1, the field of urban and architectural surveying. Through the 3D laser scanning instrument mapping can obtain three-dimensional building models, and at the same time can also realize the monitoring of the quality of construction projects. For example, enterprises in the new building acceptance, through the scanning of the building to get accurate and detailed three-dimensional model, so as to complete the construction of quality monitoring through the calculation or comparison.
2, topographic mapping field. Compared with the traditional means of surveying and mapping, three-dimensional laser scanning has great advantages in the form of results. For example, through a measurement, can simultaneously obtain three-dimensional and two-dimensional data information. In addition, for the mining industry, three-dimensional laser scanner in terms of efficiency, for the operator to reduce the working time in the harsh environment.
3. Industrial manufacturing sector. First of all, 3D laser scanning system can provide true 3D and true size data model of factory renovation, which can speed up the progress of design and get the best design solution for the enterprise.
Secondly, in the installation and production of some large-scale industrial equipment, three-dimensional laser scanners can help complete the collection of basic data in the pre-design stage, and after the completion of processing of large parts, but also for the size of the scanning check. For example, an Israeli fashion technology startup called Invertex recently announced the launch of 3D scanning software for the foot, aimed at solving the problem of the difference between the customer's experience in the physical store and online purchase of footwear products.
Besides that, the technology could improve safety in related industries. For example, for the field of electric power equipment, because the substation and power transmission system is often complex structure, at the same time located in the working environment is dangerous, if the use of traditional means of measurement, it is difficult to collect the complete basic data information. But through the three-dimensional laser scanner can be a short period of time, to achieve comprehensive data collection.
4, the service industry. For example, a Finnish tire manufacturer Nokian company in December last year announced its SnapSkan service - the use of a full 3D scanner to check the user's tire wear, even when the sedan driving can be checked as usual. The service functions as follows: when a vehicle drives over the scanner, which is shaped like a speed bump, a laser automatically scans the tire tread and then measures the depth of its grain. At the same time, the camera takes a picture and intercepts the license plate number. After completing the test, the driver can request a tire report, which will be sent to the applicant along with the license plate number via text message.
Some experts also said that the development of 3D scanning technology for the development of 3D LiDAR also has a huge boost. For example, automotive 3D LIDAR will combine 3D laser scanning and inertial measurement devices, by firing laser beams to detect the target to obtain the cloud data of the point, especially for driverless cars, the enhancement of this technology will undoubtedly have a transformative impact on the industry.
In addition, many health clubs around the world have now introduced body 3D scanning technology to give members an all-encompassing view of their health and fitness. Through a fully automated body scanner, a complete 3D image of the body is scanned and various key health-related values of the user are measured, including body mass index (BMI), body composition (e.g., the ratio of major chemical components such as lipids, water, and protein contained in the body), and body fat composition. Both applications in the lifestyle services industry have been welcomed and recommended by many users as a result.
5, medical field. Huang Wenhua, dean of the School of Basic Medical Sciences of Southern Medical University, said: medical treatment with the help of 3D printing technology is bringing great changes in the medical field. For example, through three-dimensional scanning technology and 3D printing technology to do private customized medical care, can be a perfect fit with the human skeleton muscles.
In addition, airborne 3D scanning technology is also able to reach dangerous areas that are difficult for people to reach, such as mining accidents, earthquakes and other sudden disasters, can be made through 3D scanning to make accurate judgments on the trend of the movement of the source of the danger, which is conducive to rescue and search and rescue for further action, security and military industry and so on, have far-reaching significance.
Overall, 3D scanning technology technology upgrades to the relevant industries has brought significant innovation to change the potential, especially in the manufacturing and service industries are more widely used, to the intelligent manufacturing has brought a significant change in the possibility, but also for people's lives to bring unimaginable personalized and convenient services, will become the next step in promoting industrial innovation of an important technological impetus.