GS500 material pile earthwork volume measurement system helps enterprises reduce costs and increase efficiency

Writer：Goodscan Time：2024-11-15 14:50

GS500 material pile earthwork volume measurement system helps enterprises reduce costs and increase efficiency

Earthwork volume measurement is crucial for the construction of large-scale infrastructure such as subways, tunnels, and roads. Traditional earthwork volume measurement methods often rely on manual measurement, mechanical equipment, etc., which is time-consuming and labor-intensive, and prone to errors. The application of Yifang Technology's GS500 in earthwork volume measurement can provide enterprises with accurate data, thereby reducing costs, improving efficiency, and achieving the goal of reducing costs and increasing efficiency.

[Project Introduction]

China Power Construction Corporation is responsible for the construction of three stations on Shenzhen Metro Line 13: Tidal Park Station, Opera House Station, and Dongjiaotou Station. Shield machines are used to excavate earthwork. The total length of the line is 4.067km. Accurate earthwork volume data is required. According to the comparison between the slag output and excavation volume of the shield machine, it is judged whether it is over-excavated or under-excavated.

[Solution]

GS500 uses laser radar to scan the slag outlet in real time, build models in seconds, and calculate the volume of the slag output. The 3D laser radar has a horizontal view of up to 60 degrees and a vertical view of up to 34 degrees, and the detection range can reach 76 meters. Extremely lightweight design, suitable for handheld and fixed installation. 2.5W ultra-low power consumption, can be powered by a universal USB charger (except USBPD) or USB3.1 port or higher.

[GS500 Advantages]

High precision: 3D LiDAR scans the ground through a laser beam to generate high-precision three-dimensional point cloud data. These point cloud data contain detailed information underground or on the ground, which can accurately reflect the volume changes of earthwork.

High efficiency: Compared with traditional measurement methods, the data acquisition and processing speed are significantly improved.

Real-time monitoring: The earthwork volume can be tracked and adjusted in real time during construction.

Adapt to complex environments: Especially in complex terrain, deep foundation pits and other environments, LiDAR performs better than traditional methods.

GS500 has high precision and high efficiency, can provide accurate terrain data, greatly improves the quality of construction and monitoring, and is widely used in subway, tunnel and other infrastructure construction, which can help enterprises reduce cost waste, improve construction efficiency and accuracy, and thus achieve the goal of reducing costs and increasing efficiency.