The use of a cavity monitoring system in mining is necessary for several reasons, which increases both safety and operational efficiency. This advanced technology uses laser scanning to create detailed 3D models of underground cavities that provide critical information about the structural integrity and geometry of these spaces.

Security is paramount in mining. A mine cavity monitoring system ensures the stability of the underground environment by detecting potential hazards such as unstable rock or voids. By detecting these risks early, mining engineers can take proactive measures to prevent accidents and protect the lives of miners.

Work efficiency is another important advantage. The precise 3D information produced by the cavity monitoring system enables optimized mine planning. Engineers can better understand the ore body, which leads to more efficient mining strategies and less waste. This accuracy helps maximize resource utilization and minimize operating costs.

In addition, the environmental impacts of mining are a growing concern. A mine cavity monitoring system helps minimize unnecessary mining and thus reduce the environmental footprint of mining operations. Accurate mapping ensures that only necessary areas are disturbed and the environment is preserved.

In conclusion, a cavity monitoring system mining usage is necessary because it can improve safety, efficiency and support sustainable practices. Its integration into the mine is a significant step forward in the industry's approach to resource extraction and management.