Technical Introduction
3D LiDAR Scanning is an advanced measurement technology that uses laser pulses to quickly obtain the three-dimensional coordinates of the surface of an object. It uses the principle of laser ranging, combined with a high-precision inertial navigation system (IMU) and a global positioning system (GPS), to efficiently and accurately collect point cloud data of the target object and build a digital three-dimensional model of the real world.

1. Core advantages
2. Ultra-high precision: millimeter-level measurement accuracy to meet industrial-grade surveying and mapping needs.
3. Efficient acquisition: millions of point cloud data are acquired per second, greatly improving work efficiency.
4. Non-contact measurement: suitable for complex, dangerous or difficult-to-reach environments.
5. All-weather operation: not affected by lighting conditions, can work day and night.
6. Multi-industry adaptation: common in construction, engineering, surveying and mapping, archaeology, autonomous driving and other fields.