HxGN Split for Fragmentation Analysis

Manage fragmentation from blast to mill with the most technologically advanced image-analysis techniques used by mines worldwide and based on more than 25 years of research and development.

Main benefits

Post-blast muckpile images captured, processed in real time

Immediate feedback to the mine on blast performance; feed forward to the plant on what is coming from the mine; correlation of PSD to shovel maintenance and enhanced process control decisions; the only place to measure run-of-mine leach ore.

Run-of-mine material from haul trucks captured, processed

Automatic and real-time feedback to the mine on blast performance; feed forward to the plant on what is coming from the mine; correlation of PSD to operational performance and enhanced process control decisions.

Image processing for any conveyor belt or feeder location

Continuous, automatic, non-invasive monitoring system employing image processing technology for particle size, shape and color for any conveyor belt or feeder location. Immediate feedback to crushing, screening, and milling in the comminution circuit.

HxGN Split: Closing the drill and blast gap

Learn more from co-founders, Tom BoBo and Brian Norton, about how Split Engineering helps expand Hexagon’s life-of-mine vision from pit to plant and closes the loop on drill and blast design.

 

How two mines saved $7.5-million US a month

In our case study, learn how two Peruvian copper mines used HxGN Split to maximize monthly profits with fragmentation analysis after recognizing the need to invest in drill and blast operations.

Why choose an HxGN Split solution?

In our software and service overview brochure, learn more about HxGN Split products: Split-ShovelCam, Split-TruckCam, Split Conveyor-Cam, Split-Net, Split-FX and Split Desktop.

Manage rock size to increase profit

In our video, see how HxGN Split’s image processing technology delivers high-quality information that enables you to manage your processes from drill to mill and improve mine profits.

 

Tell us more