Blast Design Software for Mining
Bench Blasting Design and Optimization
Configure burden, spacing, stemming, and sub-drill parameters for bench blasts. Calculate powder factors and predict fragmentation using built-in models.
K-MINE blast design configures burden, spacing, stemming height, and sub-drill depth for bench blasting operations with automatic powder factor calculation and fragmentation prediction using Kuz-Ram models. Adjust blast parameters by rock domain, bench height, and target fragmentation to optimize drilling cost, explosive consumption, and downstream crushing performance. Store blast recipes per geological zone for consistent application across the mine site.
Drill Pattern Design
Create patterns using regular grid, staggered, 90-degree, and second-row stagger arrangements with automatic burden and spacing optimization based on bench geometry and rock properties.
Charge Calculation & Decking
Design decked charges with multiple explosive types per hole, calculate capacity from explosive density and hole diameter, and differentiate stemming and overdrill by row position.
Blast Timing & Delay Sequencing
Build timing sequences using five delay methods — From Center, By Vectors, Along Line, In Rows — to control energy distribution, fragmentation pattern, and muckpile displacement.
Detonation Simulation & Safety Zones
Simulate blast sequences with millisecond-resolution visualization, verify firing order and energy propagation, and calculate dangerous zones for personnel and equipment standoff distances.
Fragmentation Analysis from Drone Imagery
Analyze muckpile fragmentation using calibrated drone photos with automatic rock fragment detection, grain size distribution curves, and comparison against design targets.
Rig Data Transfer & Blasthole Passports
Send drill patterns directly to drilling rigs and generate blasthole passports that track every parameter from design through execution for reconciliation and continuous improvement.
K-MINE Software
Geological modeling to production scheduling — one database, connected workflow
One database, full workflow — from drillhole to production schedule. Stope optimization, decline design, and ventilation in one environment.
Surveying
Process field data, build surfaces, and reconcile volumes for open pit operations.
Geology
Turn drillhole data into 3D domains and grade estimates.
Open Pit Design
Pit shells, benches, ramps, and haul roads in one design environment
Scheduling
Build short-, mid-, and long-term schedules with equipment assignment.
Pit Optimizer
Select ultimate pit limits and phase shells using economic inputs.
Stability Analysis
Assess pit slope stability with limit equilibrium and FEM workflows.
Drill and Blast
Design patterns, calculate charges, and validate blasts before execution.
Infrastructure
Maintain a 3D master plan for haul roads, waste dumps, stockpiles, and site facilities.
Long-term Partners
Learning Resources
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