Underground Software / Underground Surveying
Surveying
goes underground.
The K-MINE Surveying Module is an advanced solution for automating surveying data management processes in mining enterprises. This product provides powerful functionality for accurate analysis, monitoring, and optimization of geodetic and surveying data.
It enhances process control, ensuring stable growth, high efficiency, and development of your enterprise. This is a reliable solution for professionals aiming to optimize data management processes and improve operational efficiency at all stages of the mining cycle.
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Specialization
with all the necessary
functions to address
everyday tasks.
Time Efficiency
that streamline the work
of surveyors in open-pit
mining operations.
Print-Ready Reports
for report preparation
and publication
Fast Survey Data Import
a wide range of geodetic
instruments and standard
file formats.
Convenient Data Import and Storage
The module automates the processing of field measurement data.
Import data from electronic surveying instruments quickly and easily into any coordinate system.
One of the key features of the K-MINE Surveying Module is the management of a surveying database—an electronic version of surveying journals and documentation. It also provides capabilities for computing tacheometric surveys, theodolite traverses, and leveling lines.
Comprehensive Mine Digitization
View underground mining data through profiles, maps, and 3D models for a deeper understanding of the project. Use textured meshes, point clouds, gradient fills, and other visual aids to effectively analyze underground workings and geological conditions.
Compare multiple data sets side by side or adjust the transparency of data layers to overlay them and uncover subtle relationships between different aspects of underground operations.
Cover Operational Process with K-MINE
Mine Section Creation
Generate detailed and accurate cross-sections of deposits to facilitate in-depth analysis and optimal planning of extraction activities.
Visualization and modeling of the mine’s geometry enable a better understanding of the deposit structure, allowing for well-informed decisions regarding its development.
From the Face to the Surface
Achieve seamless integration with dispatch systems for real-time control and coordination of all production processes.
Optimize transportation routes with precise calculations of logistical chain distances, minimizing downtime, reducing transportation costs, and accelerating material delivery, thereby enhancing the overall efficiency of logistics operations.
Calculation of Ore Volumes
Automate the processes of calculating volumes, reserves, and remaining rock mass using various objects, such as block models, meshes, and point clouds.
Accurate volume calculations for extracted ore and remaining materials enable effective resource management, efficient planning of extraction activities, and enhanced control over production processes, thereby increasing your enterprise’s profitability.
Data Export to Surveying Instruments
Easily export data to surveying instruments from leading manufacturers such as Sokkia, Leica, Trimble, and Topcon.
This capability ensures precise and swift fieldwork execution, seamless integration with modern measurement systems, and enhanced accuracy in surveying operations, contributing to overall efficiency and reliability in production processes.
Convert, Export, and Share
Create public reports to communicate results to colleagues and clients. Email or print maps and 3D views effortlessly. Export them as .CSV, .PDF, or similar files for inclusion in reports and presentations.
Share files with colleagues and stakeholders to unify your entire team and allow anyone to view your data as maps, databases, or interactive 3D models.
We offer Mining Consulting!
K-MINE boasts extensive engineering experience and knowledge of our product capabilities, enabling mining companies to enhance their technical and economic performance, increase productivity, and boost profitability.
Frequently Asked Questions
What types of underground surveying operations can the K-MINE Underground Surveying module handle?
The K-MINE Underground Surveying module supports a wide range of underground surveying tasks, including tacheometric surveys, theodolite traverses, leveling lines, and managing a surveying database. It integrates with advanced geodetic instruments to ensure precise data collection and analysis in underground environments.
How can K-MINE improve time efficiency for underground surveyors?
K-MINE automates key tasks in underground surveying, such as field data import and geodetic calculations. Its seamless integration with surveying instruments ensures quick data capture, processing, and management, significantly reducing manual input and saving time during underground operations.
Can K-MINE generate detailed 3D visualizations and reports for underground mining?
Yes, the K-MINE Underground Surveying module offers robust 3D visualization tools that allow users to view underground mine data through profiles, maps, and 3D models. The module also generates detailed reports with print-ready maps and volume calculations, enhancing data analysis and communication.
What types of geodetic instruments and data formats are compatible with the K-MINE Underground Surveying module?
K-MINE supports instruments from leading manufacturers like Leica, Trimble, Sokkia, and Topcon, ensuring accurate data collection. It also accepts a wide range of standard geodetic file formats, allowing for smooth data import and export between the field and office.
How does K-MINE assist in calculating ore volumes and reserves in underground mines?
The K-MINE Underground Surveying module automates ore volume and reserve calculations using data from block models, meshes, and point clouds. These calculations are vital for effective resource management, helping mine planners make informed decisions about extraction activities and remaining reserves.
Does K-MINE support data export back to surveying instruments for field use?
Yes, K-MINE allows easy export of geodetic data back to surveying instruments, ensuring surveyors can take precise data back to the field for real-time measurements, further improving the efficiency and accuracy of underground surveying operations.
