Mining Sector Expands Its Usage of the Technology
The mining sector has boosted its use of high-precision laser scanning technology in recent years. SKALA has 3D laser scanning services perfect for mapping out mine shafts.
Mines can be dangerous places to work, and moving around inside a mine is not always safe for the workers. Creating safer working conditions in mines can be challenging, however, with the help of SKALA’s 3D scanning services, some difficulties can be overcome.
Mine shafts are critical for mine design and operation. These infrastructure assets are managed by a unique set of laws that are set in place for safety. However, mine shafts might be difficult to access and are notorious for challenging to map and measure accurately.
How 3D Laser Scanning Services Help
3D laser scanning services can be provided to go where many humans may not be able to. Technology can be more accurate and keep humans safe when dealing with mines. They need regular surveys and inspections to guarantee optimal functioning and detect any structural or safety hazards.
Mine shafts provide various functions: they move personnel and cargo, provide critical ventilation for miners, and are utilized for resource extraction. Without routine mineshaft mapping, the danger of catastrophic collapse grows. This may result in the loss of lives and equipment and higher operating expenses for the mine operator. Mine shafts are an essential part of a functioning and safe mine. 3D laser scanning services should be used when dealing with routine maintenance of a shaft.
Mapping mine shafts entails determining the geometry of the reinforcements and linings, the dimensions of the conveyance track, and working surfaces of shaft slides. None of these measurements or dimensions are easy to find without technology. Without 3D laser scanning services helping a team inspect or map out a mine, things can get overlooked easily, leaving it a dangerous space to work.
The mining sector has expanded its usage of 3D laser scanning services due to the development of novel technology and the awareness of critical mining issues. SLAM-based technologies now available include high-precision panoramic scanners portable and backpack scanners.
While the use of laser scanning to map mine shafts has grown in popularity, extensive adoption poses obstacles. This is owing to the mine shaft’s features and the absence of satellite coverage. These obstacles must be addressed by mobile automated laser scanning equipment.
