The scanning imaging radar can perform a 2D 360° scan, achieving functions such as static target detection within a spatial range, point cloud data output, spatial scanning imaging, volume and weight calculation output, and is not affected by adverse environments such as rain, dust, and light. It can be applied in scenarios like coal, cement, and sandstone for volume detection, weight assessment, and contour scanning, in order to achieve industrial intelligence and digitalization, and provide technical support for subsequent creation of smart production. 

Main scenes: Open warehouse, open storage piles, imaging of high-dust storage silos 

Characteristics: 

Using the 80GHz-FMCW technology, the resolution is higher and the detection performance is more stable. 

Two-dimensional axial 360° scanning is carried out to achieve high-precision imaging of the target. 

The antenna beam angle is small, which leads to more accurate measurement and a longer detection distance. 

Effective imaging radius: 50 meters. Quickly generates point cloud data output. 

Quickly calculate the volume of the materials, with the repeatability measurement accuracy no more than 3%. 

Provide external output support for Ethernet, 4-20mA, RS485, and switch quantity interfaces; 

Works around the clock, unaffected by factors such as rain, dust, light, temperature, etc.

Scanning Imaging Radar – Advantages 

The working frequency band of millimeter-wave radar is 80GHz. It is not affected by rain, snow, fog, light, dust, etc., and is more suitable for industrial environments with harsh conditions, high dust levels, and high requirements for stability.

扫描成像雷达可以进行二维360°扫描，实现空间范围内的静态目标检测、点云数据输出、空间扫描成像、体积与重量计算输出等功能，且不受雨水、灰尘、光照等恶劣环境影响。可应用在煤炭、水泥、砂石等场景进行体积检测、重量评估、轮廓扫描等，以实现工 业智能化、数字化，为后 续打造智慧生产提供技术支撑。

主要场景：开敞库房、露天料堆、高粉尘料库成像。

特点：

采用80GHz- FMCW技术，分辨率更高，检测性能更稳定；

二维轴向360°扫描，进行目标高精度成像；

天线波束角度小，测量更精准，检测距离更远；

有效成像半径 50 米，快速形成点云数据输出；

快速计算物料体积，重复测量精度≤3％；

对外输出支持以太网、4-20mA、RS485、开关量等接口；

全天候工作，不受雨水、灰尘、光线、温度等环境影响；

扫描成像雷达—优势

毫米波雷达工作频段为80GHz，不受雨雪、水雾、光照、沙尘等影响，更适合在环境恶劣、粉尘较大、对稳定性要求高的工业环境