Industrial
Case Study: As Built Scan of Industrial Building
Location: Clare, Ireland
Service Provided: 3D Laser Scanning & Revit Model
Deliverables: Point Cloud Data, Panoramic Inspection Images, Revit Model
Project Overview
TruScan was appointed to carry out a comprehensive laser scanning survey of a newly constructed industrial unit. The primary goal of the project was to generate an accurate as-built digital twin to support the client’s architectural and MEP design development for future fit-out works.
Scope of Work
Using high-precision terrestrial laser scanning equipment, TruScan captured complete point cloud data of the entire unit, including internal spaces, structural elements, service zones, and external features. The deliverables provided the client with:
A detailed Revit mode
Full 3D spatial documentation of all accessible areas
Accurate geometries of structural steel, walls, slab levels, and roof profiles
This high-fidelity model formed the baseline for space planning, coordination, and further architectural and engineering design.
Benefits of Laser Scanning for Industrial Projects
The use of 3D laser scanning technology delivered significant advantages for this industrial development:
Accurate As-Built Verification: The scan confirmed the constructed dimensions matched the design intent, identifying any deviations early.
Design Confidence: The Revit model provided a trusted reference for future design stages, allowing consultants and subcontractors to design with precision.
Reduced Site Time: Teams were able to perform much of their planning and coordination remotely, limiting site visits and speeding up the workflow.
Improved Coordination: With a common data environment, all trades had access to the same accurate base model, reducing conflicts and improving integration.
Future-Proofing: The digital asset serves as a long-term reference for any future modifications, maintenance, or asset management.
Outcome
The project delivered a high-accuracy 3D Revit model that became central to the client’s ongoing development planning. The model was used by the architectural and engineering teams to:
Validate Construction Accuracy: Any discrepancies between planned and actual construction were identified and documented.
Facilitate Informed Design Decisions: With confidence in the as-built data, design teams could explore layout options, equipment integration, and service routing with full spatial awareness.
Streamline MEP Design: Knowing the precise location of structural and spatial constraints enabled the MEP consultants to coordinate services efficiently and avoid clashes.
Accelerate Timelines: By removing uncertainty and minimizing back-and-forth queries, the project timeline was compressed, and design productivity improved.
Reduce Risk: The availability of verified spatial data significantly lowered the risk of errors or costly redesigns during the fit-out phase.
Ultimately, laser scanning added measurable value by reducing delays, improving accuracy, and enabling seamless design coordination for the client’s industrial facility.