SptialX, developed specifically for Epiroc machines, provides real-time visualization of planned and actual drilling data for operators and control rooms - bringing your drilling to life in 3D without the need for manual data transfers or consolidation. For operations looking for an OEM-agnostic option, we also offer Drill Quality Manager.
Unlocking the power of real-time 3D visualization in underground mining
SpatialX's real-time, 3D visualization of measure while drilling (MWD) data offers significant benefits to both operators and management in underground mines.
It's not only about the MWD data though, it's also about the ability to visualize this data against the backdrop of updated mine survey and even geological data.
| For operators: | For management: | |
| SpatialX provides immediate feedback on drilling conditions, allowing for quicker adjustments to optimize performance, enhance accuracy, and avoid potential hazards like unexpected rock formations or voids. This leads to increased operational efficiency and safety. | The 3D visualization of MWD data offers a comprehensive view of the drilling process, enabling better decision-making through the identification of trends, prediction of maintenance needs, and effective resource allocation. Overall, the implementation of SpatialX improves productivity, reduces downtime, and ensures better planning and control without the waiting associated with traditional processes |
Key features and functions SpatialX
Real-time MWD visualization
View drilling data in 3D as it’s recorded—no manual transfers or delays.
Deviation tracking
Monitor orientation and distance deviations to improve compliance and fragmentation.
Geological and survey context
Overlay drilling data with updated mine survey and geological models for enhanced situational awareness.
Operator and manager dashboards
Empower teams with live insights for faster adjustments and better resource allocation.
Surface and underground support
Tailored KPIs for exploration, development, sampling, and production drilling.