3D visualization of location, reporting, and control of equipment parameters
Instant online data exchange;
Visualization and monitoring of mining equipment work based on the open pit’s digital model;
Accounting of actual parameters of equipment work in real-time, prompt tracking and correction of possible deviations;
Visualization and control of the current position, compliance with routes, and traveling speed;
Ensuring the balanced load on excavation equipment, considering their technical condition;
Control over the implementation of planned indicators for the rock mass excavation;
Management and control of the movement of minerals and overburden;
Control of drilling operations;
Storage, display, and analysis of historical information for a specified period of equipment operation.
Loading of drill holes collar coordinates;
Loading of drill holes depths;
Loading of drill holes slope angles;
Obtaining information on selected drill holes (drill holes collar coordinates, drill holes depths, drill holes slope angles);
Obtaining the drilling energy intensity to generate a rock hardness model.
Data exchange with dispatching and positioning systems;
Real-time monitoring of mine equipment on an open pit digital model;
Display and analysis of historical information on the movement trajectory and equipment operation for a specified period;
Display and analysis of historical information on the volumes of shipped rock mass and equipment operation for a specified period.
Data exchange with dispatching and positioning systems;
Real-time monitoring of rolling stock on a digital model;
Display and analysis of historical information on the movement trajectory and equipment operation for a specified period.
For selective excavation;
For drilling rig positioning.
Instant online data exchange;
Visualization and monitoring of mining equipment work based on the open pit’s digital model;
Accounting of actual parameters of equipment work in real-time, prompt tracking and correction of possible deviations;
Visualization and control of the current position, compliance with routes, and traveling speed;
Ensuring the balanced load on excavation equipment, considering their technical condition;
Control over the implementation of planned indicators for the rock mass excavation;
Management and control of the movement of minerals and overburden;
Control of drilling operations;
Storage, display, and analysis of historical information for a specified period of equipment operation.
Loading of drill holes collar coordinates;
Loading of drill holes depths;
Loading of drill holes slope angles;
Obtaining information on selected drill holes (drill holes collar coordinates, drill holes depths, drill holes slope angles);
Obtaining the drilling energy intensity to generate a rock hardness model.
Data exchange with dispatching and positioning systems;
Real-time monitoring of mine equipment on an open pit digital model;
Display and analysis of historical information on the movement trajectory and equipment operation for a specified period;
Display and analysis of historical information on the volumes of shipped rock mass and equipment operation for a specified period.
Data exchange with dispatching and positioning systems;
Real-time monitoring of rolling stock on a digital model;
Display and analysis of historical information on the movement trajectory and equipment operation for a specified period.
For selective excavation;
For drilling rig positioning.
Production level boost
by 23%
Raising mining output
by 10-12%
67%
software cost reduction
Engineering calculations time cutback
by 40%
