
Automatic Lift & Bench Detection
Detects levels across the stockpile surface; allows reviewing, adding, or deleting bench elevations with customizable thickness.
Automated Staging Mass Balance, Lift Volumes & Dump Planning for Civil 3D
Automates stage-by-stage mass haul volume calculation for heap leach pads, waste dumps, and stockpiles in Autodesk Civil 3D. Obtain volumes, areas, and capacities per lift, generate TIN surfaces, and prepare data for drawings and engineering reports from a unified panel.
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Detects levels across the stockpile surface; allows reviewing, adding, or deleting bench elevations with customizable thickness.

Get individual and cumulative volume per lift using Civil 3D native surface engine with user-defined density for tonnage.

Compares the sum of all lifts against the total ground-to-stockpile volume, highlighting absolute and percent differences.

Computes and plots horizontal bench platforms per lift up to their natural daylight line with ground.

Generates static TIN surfaces for cumulative stages or independent lifts, with breaklines and custom styles.

Inserts native AutoCAD tables into drawing layouts and exports comprehensive .xlsx Excel spreadsheets.
Built for planning and evaluating stepped stockpile and dump deposits modeled with TIN surfaces in mining and heavy civil engineering.
Automatically identifies levels across the stockpile surface, allowing you to review, add, or delete benches with custom thickness.
Compares the sum of all lifts against total volume between ground and stockpile, displaying absolute and percent differentials.
Runs an additional cross-check via cellular mesh integration and verifies discrepancies per lift for airtight mathematical accuracy.
Generates static TIN surfaces for cumulative stages or independent lifts, individually or in batch, with breaklines and styles.
Inserts native AutoCAD table objects with volumes, tonnage, headers, and decimal precision right onto your sheet layouts.
Exports clean, structured .xlsx spreadsheets with the full stacking plan, technical metrics, densities, and bench areas.
Discover how automating stage cubication eliminates hours of tedious manual clipping and Excel balancing in Civil 3D.
| Feature | Manual Flow in Civil 3D | Balance de Masas por Lifts 2.0 |
|---|---|---|
| Bench & Level Detection | Visual inspection and manual boundary polylines | Instant automated parametric detection |
| Stage Volume Calculation | Create volume TIN surfaces one by one manually | Batch native Civil 3D surface engine processing |
| Total Mass Balance Audit | Manual spreadsheet sum with high error risks | Real-time audit with absolute & % error tolerance |
| Precision Hybrid Control | Not available (single calculation method) | Cellular mesh integration cross-check |
| Static TIN Surface Generation | Tedious manual boundary clipping per stage | 1-click generation of cumulative or standalone TINs |
| Documentation for Sheets & Excel | Manual copy-paste and manual CAD tables | Native AutoCAD tables in DWG + structured .xlsx |
| Average Processing Time | 3 - 6 horas | < 3 minutos |