FIELD DATA VERIFICATION
Field errors break schedules. Laser scanning captures comprehensive jobsite geometry, bringing absolute geometric certainty to the field before fabrication begins.
Measure Twice. Cut Once.
By deploying Trimble laser scanners directly to the field, we capture as-built conditions as dense, millimetre-accurate point clouds. Bringing this data directly into the 3D model space allows our structural modelling specialists to verify design intent against real-world geometry—resolving clashes and confirming tolerances.
Field Target: Existing structural steel, mass timber, and concrete.
Capture Focus: Real-world tie-in coordinates, deformations, and structural clearances. Detailing new elements against these field conditions eliminates field-cutting and layout errors during installation.
- Zero Site Revisits
- Verified As-Built Data
- Instant Clash Detection
Millimetre Accuracy
Our advanced laser scanners capture up to 500,000 points per second, creating a millimetre-accurate digital twin of your job site—down to the exposed bolt threads. By establishing this uncompromised physical baseline, our team (and your stakeholders) can virtually revisit, audit, and re-measure the site from the office at any time, eliminating the need for repeated, costly site visits.
Clash Detection & Tekla Integration
Why detail from assumed dimensions when you can work from absolute reality? We overlay and verify our Tekla Structures models directly against the raw point cloud dataset. This allows us to map real-world site conditions—including structural deflection, floor flatness, and column verticality—so we can flag geometric deviations and clashes weeks before a single piece of steel is cut.
Flawless First Time Fit Up
By tying our Scan-to-BIM workflow directly to your fabrication requirements, we give you the confidence to push off-site prefabrication to the absolute limit. Whether you are dealing with complex trusses, custom stair towers, or modular frames, our precise data guarantees a seamless drop-in fit on-site. The result is zero field rework, reduced liability, and a drastically accelerated erection schedule.