Open cut coal mine oversize problem in Queensland
The Problem: Consistent fragmentation in blasted rock can be difficult to achieve in large blast areas. Changes in rock […]
Read More… from Open cut coal mine oversize problem in Queensland
FRAGx is purpose built for low quality and distorted laser scans. Ideally suited for high volume automated processing to monitor trends in fragmentation.
Fragmentation reports generated in minutes, fast and accurate characterisation of fragmentation.
Measuring blast performance indicators above or below ground without excessive disruption or delays to production can be difficult. FRAGx AI is self-scaling and enables automated and remote fragmentation assessment. It works on both fixed point laser scans, and SLAM scans e.g Hovermap drones. This means that people no longer need to enter drawpoints, or go near the face to measure fragmentation.
FRAGx allows fragmentation reports to be generated in minutes using existing 3D spatial measurement techniques common in many mines and does not require the addition of sensors or tracking technology to the blast.
Variability in blasting performance and rock types can cause productivity to suffer when dig rates are affected.
FRAGx features interoperability with Maptek PointStudio and allows for fast fragmentation classification. Futhermore, it helps to predict dig rate in advance and monitor blasting performance.
The Problem: Consistent fragmentation in blasted rock can be difficult to achieve in large blast areas. Changes in rock […]
Read More… from Open cut coal mine oversize problem in Queensland
The Problem: An open cut iron ore mine in North America required a fast, reliable way to quantify fine […]
Read More… from Reliable ways to quantify fine material in blasts in North American mine
The Problem: Blockages at draw points in caving operations can cause delays and disruptions to production and plans. They […]
Read More… from Enabling oversize identification in block cave copper mine Chile