Surveying
100 % automated mining-and-geometrical calculations and solutions during surveying maintenance of mining works
Creation of a shared information space
Creation of digital twins for objects
Network mode management with access rights restriction
Maintenance of mining-and-technical documentation in electronic form according to regulations
Instant reports preparation according to regulations Automated surveyors’ works supervision
Higher accuracy and reliability of information
Online/Offiline Mode
Wireles (GSM/GPRS — LTE, Bluetooth), corded, manual input
Volume calculation of stopped excavations, blocks, faces, warehouses, and others by different methods
Simultaneous usage of raster and vector data.
3D visualization of master plan objects
Calculation of point locations using different methods (resection, intersection, etc.)
The single database for surveys. Updating of surveying plans, sections, creating of 3D objects
Office studies, solving direct and inverse surveying tasks
tachymetry
survey traverses (open traverse, closed link traverse, closed loop traverse)
traverse and technical levelling
data staking out
directional control, etc.
Usage of different types of electronic equipment: SOKKIA, Dahlta, Elta, TopCon, Leica (incl. GPS), Trimble, Nikon, etc. (dosimetry equipment, echo sounders, geophysical research equipment)
Processing of aerial photography data including usage of equipment and unmanned aerial vehicles
Tracking the travel of observing stations based on survey results
Defining of slope parameters for pit walls, sites, and benches
Measuring of spatial angles and length
Defining the point of balance and vector direction calculation for solid figures, figures junction in space and other geometric constructions
Generating and keeping reports in a tabular and graphical form
Issuing and dubbing of regulatory graphical documents
Surveying department of warehouse and dump shop
Divisional surveyors of exploitation horizons
Surveying management department
Surveyors of drilling works
Control department (engineer in- chief,head of technical department, chief surveyor, etc.)
Increased accuracy of modelling compared to traditional survey methods
Congruence of different information on sections (current and design position of mining works, etc.)
Spatial and plane construction of sections
Calculation of prepared and blocked-out deposits. Calculation of blasted mined rock left in the open pit
Direct data exchange with drilling equipment, spatial visualization of blastholes
A powerful software system to solve surveying tasks in open cut and underground mining of mineral deposits
100 % automated mining-and-geometrical calculations and solutions during surveying maintenance of mining works
Creation of a shared information space
Creation of digital twins for objects
Network mode management with access rights restriction
Maintenance of mining-and-technical documentation in electronic form according to regulations
Instant reports preparation according to regulations Automated surveyors’ works supervision
Higher accuracy and reliability of information
Online/Offiline Mode
Wireles (GSM/GPRS — LTE, Bluetooth), corded, manual input
Volume calculation of stopped excavations, blocks, faces, warehouses, and others by different methods
Simultaneous usage of raster and vector data.
3D visualization of master plan objects
Calculation of point locations using different methods (resection, intersection, etc.)
The single database for surveys. Updating of surveying plans, sections, creating of 3D objects
Office studies, solving direct and inverse surveying tasks
tachymetry
survey traverses (open traverse, closed link traverse, closed loop traverse)
traverse and technical levelling
data staking out
directional control, etc.
Usage of different types of electronic equipment: SOKKIA, Dahlta, Elta, TopCon, Leica (incl. GPS), Trimble, Nikon, etc. (dosimetry equipment, echo sounders, geophysical research equipment)
Processing of aerial photography data including usage of equipment and unmanned aerial vehicles
Tracking the travel of observing stations based on survey results
Defining of slope parameters for pit walls, sites, and benches
Measuring of spatial angles and length
Defining the point of balance and vector direction calculation for solid figures, figures junction in space and other geometric constructions
Generating and keeping reports in a tabular and graphical form
Issuing and dubbing of regulatory graphical documents
Surveying department of warehouse and dump shop
Divisional surveyors of exploitation horizons
Surveying management department
Surveyors of drilling works
Control department (engineer in- chief,head of technical department, chief surveyor, etc.)
Increased accuracy of modelling compared to traditional survey methods
Congruence of different information on sections (current and design position of mining works, etc.)
Spatial and plane construction of sections
Calculation of prepared and blocked-out deposits. Calculation of blasted mined rock left in the open pit
Direct data exchange with drilling equipment, spatial visualization of blastholes
Production level boost
by 23%
Raising mining output
by 10-12%
67%
software cost reduction
Engineering calculations time cutback
by 40%
