When it comes to laser 3D scanning, you can see its important role in modern industry, architecture, cultural heritage protection and other fields. Laser 3D scanning technology achieves high-precision, fast, and non-contact three-dimensional data collection by emitting laser beams and measuring the shape and surface characteristics of objects based on the reflection or scattering of light.
Application of laser 3D scanning technology
- Industrial manufacturing field:
Laser 3D scanning can be used for product design and quality control, and can accurately measure the size, shape and surface defects of parts.
- Construction field:
Laser 3D scanning can be used to quickly generate three-dimensional models and building information models of buildings, urban expansion, reconstruction and renovation, urban road survey, pipeline planning, digital urban management, public security monitoring, municipal management, etc.
- Cultural heritage protection field:
Laser 3D scanning can be used to record and protect the shape and details of cultural heritage items, restore cultural relics, preserve data, etc.
- Virtual reality field:
Laser 3D scanning can be used to generate high-precision virtual character models and environment models, making the virtual reality experience more realistic and immersive.
- Unmanned driving field:
Laser 3D scanning can be used to sense the surrounding environment, build maps and identify obstacles, providing key perception capabilities for autonomous vehicles.
- Copy and scale workpieces:
Using laser 3D scanning, even complex workpieces can be measured and drawn quickly and easily. Combining scanned data with 3D printing makes it easy to imitate and scale production workpieces.
- Medical aspects:
Using laser 3D scanning, dentures and dental implants can be matched with real teeth. It can also make plastic surgery, orthopedics, prosthetics, etc. more realistic.
Laser 3D scanning technology has the characteristics of high precision, speed, and non-contact, and has a wide range of application prospects, bringing more efficient and accurate data collection and analysis methods to all walks of life.
