The volume imaging radar product obtains point cloud coordinate data on the surface of the material pile by establishing a three-dimensional coordinate system. The radar host models the point cloud coordinate data in three dimensions and calculates the volume of the material pile. It is widely used in volume measurement scenarios for coal piles, cement, mineral materials, grain depots, and other materials. Currently, volume measurement imaging radar includes room temperature millimeter wave radar, laser radar high-temperature millimeter wave radar, and so on.

1 Ordinary temperature millimeter wave radar

With 3D radar as the core, the surface of the material pile is scanned and imaged in 3D, and the dynamic screen displays the highest and lowest material levels, as well as the volume and quality of the stored materials in real time, achieving real-time synchronization, long-distance, and high-precision monitoring of the material pile.
Strong environmental adaptability, unaffected by dust, light and other environmental factors, suitable for scenarios with high dust content, such as mixing plants, power plants, etc.

2 Laser scanner

Laser imaging radar is a comprehensive product of laser technology, radar technology, optical scanning and control technology, high sensitivity detection technology, and high-speed computer processing technology. It has high angle resolution and distance resolution, which can form high-resolution three-dimensional images. High precision, suitable for high-precision scenarios such as grain silos.

3 High temperature resistant millimeter wave radar

By using high-temperature millimeter wave imaging radar, 3D scanning imaging is performed on the surface of the material pile to calculate the volume and quality of the clinker warehouse. Without the involvement of professional personnel, automatic inventory and real-time data viewing can be performed, and reports can be generated, effectively improving the efficiency of inventory work.
Strong environmental adaptability, able to work normally even at 150 ° C, suitable for high temperature resistant scenarios such as cement clinker storage.

The radar product is installed at the top of the stack and lifted above the material pile. If the on-site warehouse is large, multiple volume measurement imaging radars can also be installed, and the final data can be summarized on the platform for integration and splicing work.