Using 3D Laser Scanning Services in Concrete Construction Workflow

For many years, concrete contractors were required to bring in third parties to verify their pours’ accuracy. However, technological advancements have enabled them to detect high or low locations on a concrete slab within minutes of it being screeded. In many instances, rectify those areas while the concrete is still workable. 3D laser scanning services has entered the construction field, and many more companies realize the benefits of adopting this tech too. 

This results in speedier quality verification, less time-on-site, lower project costs, and the contractor’s photos and paperwork demonstrate that the slab conforms with FF/FL requirements. 3D scanning services can help each team create a cost-effective workflow that they otherwise would not receive. Technology like 3D laser scanning services limits the amount of human error on a worksite. Here is a step-by-step walkthrough of how a 3D laser scan can help concrete workflow. 

Creating a high-def model with 3D laser scanning services

After that, the scan is repeated to guarantee enough coverage of the poured slab, but normally only one scan is required. After scanning is complete, the reality capture data is assembled and integrated into the program, which generates a high-definition 3D model suitable for further analysis.

This enables operators to quickly and precisely detect any dips or swells in the slab, which may subsequently be patched while the concrete is still workable. This eventually saves time – up to 24 to 48 hours – and money while also decreasing waste and allowing for an earlier start to post-slab construction work.

It’s easy to understand why so many construction companies who use concrete are turning to 3D laser scanning services. It helps the workflow go faster, smoother, and eliminates any errors that could occur during the process. As this technology develops we will see more crews adopt this tool.