3rd party software workflows for mining
Unlock the full potential of your point clouds
Hovermap point clouds are designed for seamless import into a wide range of specialist mining software tools for detailed modeling and analysis. This interoperability unlocks the full value of your point cloud data to enhance decision making, improve operational efficiency and optimize mine planning and design.
Platforms
Deswik
Using Hovermap point cloud data with Deswik software is ideal for mining applications, as it enables precise 3D mapping and analysis of complex underground and open-pit environments.
Hovermap’s high-resolution scans can be imported into Deswik software for accurate mine planning, volume calculations, and hazard analysis.
The combination of Hovermap’s detailed data and Deswik’s advanced modeling tools supports safer operations, efficient production tracking, reconciliation, and optimized mine design.
Maptek
Hovermap LiDAR data integrates with Maptek software to enhance mining workflows, particularly in areas such as survey, planning, and operations.
Hovermap’s detailed point clouds can be imported into Maptek’s tools to create accurate 3D models, mine designs, and surface topographies to support design compliance, volumetric calculations and geotechnical analysis.
Pointerra 3D
Pointerra3D enhances mining operations by transforming large, complex point cloud data into actionable insights. Integrating Hovermap LiDAR data, Pointerra3D allows for the creation of accurate 3D models of mines, stockpiles, and underground environments.
Its cloud-based platform streamlines data processing, enabling real-time analysis, visualization, and collaboration across teams.
With advanced analytics, Pointerra3D helps optimize resource management, improve mine planning, and support safety assessments.
Trimble Business Center
Integrate Hovermap point cloud data with Trimble Business Center (TBC) for precise 3D scans and optimized workflows in mining projects.
TBC combines Hovermap’s detailed data with GNSS and total station data to create accurate mine models, terrain maps, and designs.
This integration enhances feature extraction, collaboration, and efficient management of large datasets.
