Sand ship measurement

The measurement of sand ship material piles is a key link in port logistics, building materials trade, and dredging projects. Traditional manual measurement methods, such as ruler measurement and mechanical sampling, have three major technical shortcomings in sand ship measurement. Low homework efficiency, large measurement errors, and multiple environmental restrictions make conventional equipment unable to adapt to ship shaking, high humidity, and dust pollution environments.
With the development of 3D laser scanning technology, mobile SLAM (Simultaneous Localization and Mapping) technology has become an innovative solution for sand ship measurement due to its fast, high-precision, and non-contact characteristics.
This technology integrates laser radar and SLAM algorithm to quickly obtain three-dimensional point cloud data of sand ships, and combines professional software to achieve volume calculation, dynamic monitoring, and digital management, significantly improving the industry's intelligence level.

industry pain points

Inefficient: Traditional single point measurement requires manual point by point collection, which is time-consuming and labor-intensive, especially for large-area stack operations with lengthy cycles.

Poor environmental adaptability: Traditional equipment is difficult to operate in complex terrains (such as mines, cabins) or harsh weather conditions (high and low temperatures).

Single data: Only two-dimensional data can be provided, which cannot meet high-order requirements such as three-dimensional modeling and dynamic analysis.

Advantages and Value of the Plan

Efficient and precise:The efficiency of single point collection is increased by 5-10 times, with a scanning speed of 320000-64000 points per second, and data collection for large sand ships can be completed within 10 minutes.

Full scene coverage: Supports wide temperature range operation from -35 ℃ to 55 ℃, high protection level, and can maintain stable operation in the following complex working conditions.

Comprehensive data: Obtaining high-density 3D point clouds, panoramic images, and absolute coordinates, supporting volume calculation, contour generation, and dynamic comparative analysis.

Intelligent management: The supporting software automatically generates reports, supports integration with third-party systems, and assists in digital warehouse management.

solution

The GoSLAM mobile measurement system 3D scanner has significant advantages in sand ship pile measurement, which can improve the work efficiency, measurement accuracy, and data comprehensiveness of sand ship pile measurement. It performs outstandingly in the demand for intelligent digital material pile measurement.

Here are its main advantages:

Real time computation: Once the scan is completed, a usable point cloud is generated without the need for secondary processing.
Multi platform adaptation: Supports various loading methods such as handheld, backpack, extension pole, drone, rail deployment, fixed deployment, etc., flexibly responding to different scenarios.
Intelligent software support: LidarWorks software provides functions such as point cloud denoising, heap extraction, and volume calculation, and can generate professional reports with just one click.
High precision guarantee: Point accuracy up to 1cm, combined with anchor point calculation technology, ensures measurement stability in large-scale low feature scenarios.

Handheld 3D laser scanner - sand ship material pile measurement

Handheld 3D laser scanner - sand ship material pile measurement