FRAGTrack™ - Automated capture and reporting of fragmentation data
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FRAGTrack™

Automated capture and reporting of fragmentation data.

View FRAGTrack™ configurations available

FRAGTrack™ is a state-of-the-art fragmentation measurement tool designed to provide rapid insights into the outcome of your blasting process. Our advanced vision technology improves productivity through fragmentation profile analysis, facilitating blast optimisation for downstream impact.

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Measurements captured and processed in near real-time
FRAGTrack™ uses advanced vision technology to analyse and deliver insights on the fragmentation profile of stockpiles to improve blending and facilitate blast optimisation for downstream impacts.
High quality stereoscopic
Advanced machine vision and AI technology
Hybrid AI and 2D/3D technique provides automated high quality stereoscopic fragmentation image analysis, enabling high performance in variable lighting, material colours, and textured environments.
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Location and time tracking
Blast fragmentation measurements are logged to a precise location and point in time by capturing spatial co-ordinates and timestamp information with each image.
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Autonomous and unbiased sampling
The smart triggering system ensures only valuable samples are collected and processed. Eliminating sampling bias and increasing sample frequency.
Seamless integration
Web-based interface for superior analysis and decision making
The integration with Microsoft Azure allows edge data to sync to the cloud in near real-time, enabling collaboration amongst stakeholders. FRAGTrack™ Web provides remote access for authorized users to live and historical fragmentation data, including specific KPI tracking.
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Reliability, accuracy and engineered data integrity
Localised image processing and storage ensures data security with the preservation of both sample and processed data on the device in the event of a communications failure. FRAGTrack™ also delivers high level accuracy with results comparable to conventional sieve analysis methods.

Solutions

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FRAGTrack™ ConveyorThis link will open in a new window
FRAGTrack™’s sophisticated triggering mechanism provides automated measurement and analysis of fragmentation data to improve comminution, throughput and energy consumption.
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FRAGTrack™ CrusherThis link will open in a new window
Installed at the crusher feed point, FRAGTrack™ Crusher allows for continuous monitoring of blasting performance on haulage and crushing processes.
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FRAGTrack™ GantryThis link will open in a new window
FRAGTrack™ Gantry is a market-first haul truck measurement solution combining oversize detection alerts and accurate Particle Size Distribution (PSD) of fragmentation.
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FRAGTrack™ ShovelThis link will open in a new window
FRAGTrack™ technology configured for face-shovel operations allows for continual assessment of particle size at the dig face of a muck pile.
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FRAGTrack™ Front-End LoaderThis link will open in a new window
An industry first innovation which uses advanced 3D machine vision and artificial intelligence technology to autonomously capture fragmentation information at loader dig faces.
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FRAGTrack™ GeoSpatial This link will open in a new window
Unlock unprecedented insights by automatically georeferencing samples to correlate blast design and orebody information to blasting performance.
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Fragmentation Control
The Fragmentation Control solution provides automated capture and reporting of fragmentation data from conveyors and muck piles, enabling improvements in fragmentation outcomes.
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Contact

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Resources

Case Study USING FRAGTRACK™ TO CONTROL POST PRIMARY SIZING_284x404
USING FRAGTRACK™ TO CONTROL POST PRIMARY SIZING (pdf 638.6KB)This link will open in a new window
Case Study - Using FRAGTrack™ to control post primary sizing.

Control of product sizing is important at New Windsor to maximise returns and minimise waste material.
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2309_P042_Orica_FRAGTrack_Geospatial_Flyer_(DIGITAL) (pdf 1.1MB)This link will open in a new window
FRAGTrack™ GeoSpatial Flyer

Unlock unprecedented insights by automatically georeferencing samples to correlate blast design and orebody information to blasting performance.
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FRAGTrack™ Front End Loader (FEL) Flyer (pdf 931.3KB)This link will open in a new window
FRAGTrack™ Front End Loader (FEL) Flyer

An industry first innovation that uses advanced 3D machine vision and artificial intelligence (AI) technologies to autonomously capture informa ...
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Conference Paper – Leverage geospatial particle size distribution to understand variability within a blast, rock mass and orebody (pdf 1MB)This link will open in a new window
Conference Paper - Leverage geospatial particle size distribution to understand variability within a blast, rock mass and orebody.
Orica acknowledges the 26th World Mining Cong ...
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