Ore Stockpile Metering
Ore stockpile measurement is the core link of mining, metallurgical processing and resource management. Its measurement accuracy directly affects the enterprise's ore cost accounting, resource utilization evaluation and production plan formulation. Traditional measurement methods (such as manual scale measurement and mechanical volume estimation) have three major technical bottlenecks in mine applications. Low operating efficiency, large measurement errors, and weak environmental adaptability.
With the development of 3D laser scanning technology, mobile SLAM (Simultaneous Localization and Mapping) technology has become an innovative solution for pile measurement due to its fast, high-precision and non-contact characteristics. This technology can quickly obtain 3D point cloud data of piles through the integration of laser radar and SLAM algorithm, and realize volume calculation, dynamic monitoring and digital management with professional software, significantly improving the level of intelligence in the industry.
Industry Pain Points
Inefficiency
Traditional single-point measurement requires manual point-by-point collection, which is time-consuming and labor-intensive, especially for large-area piles where the operation cycle is lengthy.
Insufficient Accuracy
Single-point measurement is easily affected by the slope of the pile surface and obstructions, resulting in large data errors and easily leading to measurement disputes.
Poor Environmental Adaptability
Traditional equipment is difficult to operate in complex terrain (such as mine tunnels, ship cabins) or in severe weather (high or low temperatures).
Data Is Single
It can only provide 2D data and cannot meet advanced requirements such as 3D modeling and dynamic analysis.
Advantages
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Efficient and Accurate
The single-point acquisition efficiency is increased by 5-10 times, the scanning speed reaches 320,000-640,000 points/second, and large-scale pile data acquisition can be completed within 10 minutes.
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Full Scenes Coverage
It supports operation in a wide temperature range of -35℃ to 55℃. With a high dust and water resistance level, it can adapt to harsh temperature changes and against a certain amount of dust, which is suitable for complex environments such as large mines, material sheds, etc.
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Comprehensive Data
Acquire high-precision 3D point clouds, panoramic images and absolute coordinates, and support volume calculation, contour line generation, and dynamic comparative analysis.
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Intelligent Management
The supporting software automatically generates reports, supports connection with third-party systems, and facilitates digital warehouse management.
Solutions and Related Products
The GoSLAM mobile measurement system 3D scanner has significant advantages in pile measurement. It can improve work efficiency, measurement accuracy and data comprehensiveness of pile measurement, especially in large piles and intelligent digital material piles.
Main Advantages:
■ Real-Time Process: Once the scanning is completed, a usable point cloud can be generated without secondary processing.
■ Multi-platforms Adaptation: Supports multiple mounting methods such as handheld, backpack, extension pole, drone, track deployment, fixed deployment, etc., to flexibly handle different scenarios.
■ Intelligent Software Support: LidarWorks software provides functions such as point cloud denoising, pile extraction, and volume calculation, and can generate professional reports with one click.
■ High-precision Guarantee: Point accuracy is up to 1cm, combined with anchor point processing technology to ensure measurement stability in large-scale low-feature scenes.
Workflow
Data Collection
Assemble and power on the device, then use a mobile phone to remotely control the device for mobile data collection.
Data Processing
The device can be controlled to perform internal processing and automatically process data by the APP.
Result Export
Data can be exported via USB, network cable or WiFi.
