3D Modelling & Scanning
Applications of 3D modelling:
Mining
3D modelling in mining is used to visualise pits, stockpiles, haul roads and infrastructure layouts. Accurate models support mine planning, survey validation, volumetrics, and operational decision-making, while improving safety through better situational awareness.
Oil and Gas
In the oil and gas sector, 3D modelling is applied to offshore platforms, pipelines, subsea structures and topsides. High-resolution models assist with inspection planning, condition assessments, modification design and compliance documentation.
Manufacturing
Manufacturers rely on 3D models for prototyping, component design and equipment layout. This improves accuracy during fabrication, reduces design errors and helps optimise production workflows before work begins.
Smart Cities
3D models support planning and asset management across transport corridors, utilities and public infrastructure. They help visualise existing conditions, assess future development impacts and manage complex infrastructure networks.
Building Management
For construction and property management, 3D models provide value during design review, clash detection, construction sequencing and building lifecycle maintenance. They support better planning, fewer variations and improved operational oversight.
Benefits of Digital Models:
Efficiency
3D modelling improves operational efficiency by providing accurate visual information to support planning, inspection, and design decisions. It helps organisations reduce rework, streamline workflows, and make better use of resources.
Asset Maintenance
Accurate 3D models assist in planning maintenance activities by capturing current site conditions and identifying areas of deterioration or required repair. This supports better scheduling, reduces disruptions, and helps extend asset life.
Innovation
3D models allow engineers and designers to test concepts, review design changes, and evaluate options before committing to construction or modification—reducing cost and avoiding errors during implementation.
Risk Reduction
Detailed 3D representation of assets and environments improves hazard identification and planning. By understanding spatial constraints and real-world conditions before work begins, organisations can reduce risk and develop safer, more practical solutions.
