In the modern mining industry, technology is constantly redefining the boundaries of safety and operational efficiency.
Drone blast monitoring (DBM)is not just a technological addition, but a structural change in the way we approach risk management and data analysis.
Digital front mapping.
Before firing, precise knowledge of the geometry of the face is crucial. Consequently, our engineers use drones for complete digital face mapping. With this method, we collect high-resolution data that allows for the precise calculation of rock volumes and weights.
In addition, this technology eliminates the errors of traditional measurement methods. At the same time, this process speeds up the design, ensuring that each blast is performed under optimal conditions.
How do drones improve blasting safety?
Personnel safety is the non-negotiable priority in every project of EXORIXI S.A. The use of UAVs offers significant advantages in aerial supervision in technical projects, such as:
- Remote inspection. Engineers supervise the site from a safe distance, avoiding exposure to dangerous slopes.
- Safety zone control. The drone provides a live view of the entire area, ensuring that no person or machine is within the danger radius before firing.
- Post-blast assessment. After the explosion, the drone immediately checks the result for any remaining explosives or unstable rocks, before the ground crews enter.
Mining photogrammetry and technical data analysis
The real power of drones lies in data processing. Through a process we call mining photogrammetry, we create complex digital models. Specifically, the data is transformed into:
- Point Cloud. A three-dimensional representation of space with millions of measurement points.
- 3D front modeling. Allows for the simulation of blasting before actual execution.
- Orthophotomap. A high-precision georeferenced map that captures the status of the quarry in real time.
Thesemodern quarry surveying methods allow us to optimize rock fragmentation and reduce production costs, while minimizing vibrations and environmental disturbance.
Our technological superiority in drone blasting supervision guarantees the best result in every project, regardless of difficulty.
Frequently Asked Questions (FAQ)
How does drone blasting supervision improve blasting safety?
Drones allow for the inspection of dangerous areas from a distance, ensure that the safety zone is clear and check the result of the explosion before personnel enter, drastically reducing the chance of an accident.
What are the advantages of aerial supervision in technical projects?
The main advantages include real-time data collection, high accuracy in volume measurements through photogrammetry and complete supervision of the construction site that is not possible from the ground.
What are the modern methods of quarry surveying?
Today, topography relies on the use of UAVs to create orthophoto maps, 3D models and point clouds, offering speed and detail that surpasses traditional measuring instruments.
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