Gain rapid, objective insights into blast fragmentation performance and compare results against design expectations. By understanding fragmentation outcomes sooner, operations can identify improvement opportunities, optimise future blast designs, and support continuous improvement across drill and blast activities.

Better fragmentation visibility helps operations understand how blast outcomes influence loading, hauling, crushing, conveying, and processing performance. By identifying fragmentation trends and variability, sites can make more informed decisions that support smoother material flow, improved productivity, and more consistent processing outcomes.

FRAGTrack™'s integrated Geospatial capability enables fragmentation measurements to be visualised and analysed in their spatial context across the blast area. This allows operations to identify fragmentation variability, correlate results with geology and blast design parameters, and gain deeper insights into factors influencing performance.

Leveraging advanced binocular machine vision and AI-driven image analysis, FRAGTrack™ delivers highly accurate and repeatable fragmentation measurements across a range of operating environments. The system automatically analyses rock size distribution, providing reliable data that supports faster and more confident decision-making.

A lighter-weight, robust hardware design eliminates the need for vibration isolators and significantly reduces service loads on critical components. Combined with a redesigned fascia and front glass featuring an oleophobic coating to minimise material build-up on camera lenses, the system helps reduce maintenance requirements, improve reliability, and maximise operational uptime.

Access fragmentation data and insights through an intuitive web-based interface designed to support operational decision-making. Users can view results, analyse trends, generate reports, and share information across teams from virtually anywhere, improving visibility and collaboration.