The construction industry has been a significant contributor to the global economy, with an estimated growth of around 12.9 trillion U.S. dollars by 2022. However, outdated processes and inefficiencies are hindering progress, leading to a waste of approximately 35% of workers’ time. To address these challenges, the integration of 3D scanning and BIM has proven to be a powerful solution, especially in the “Scan to BIM” process.
The first step in the “Scan to BIM” process involves estimating the project’s requirements. Technicians examine the latest documentation of the area to devise a strategy for capturing a complete digital layout. While the scanner may not see through walls or ceilings, precise scans can be obtained from various angles and heights.
Next, the actual site is scanned. Prior knowledge of the structure aids technicians in verifying locations, saving up to 75% of the time compared to traditional methods. The scans provide remarkable accuracy, capturing details down to the millimeter.
After scanning, the data is processed into a 3D virtual tour and transferred to the cloud for easy access by all stakeholders. This virtual tour allows for remote measurements and facilitates collaboration during the building phases.
The critical step is BIM modeling, where cloud data is uploaded into software like AutoCAD or Revit that supports point cloud data. Drafters use this data to create dimensioned templates for preparing 3D models. This streamlines the renovation process, saving time and ensuring heightened accuracy.
Efficiency and productivity are vital in renovation projects to meet budget and profitability goals upon completion. Poor designs can lead to unforeseen costs, negatively impacting the bottom line and requiring additional rework and man-hours. “Scan to BIM” addresses these issues, offering a more efficient and accurate approach to renovation projects.
In conclusion, “Scan to BIM” is a game-changer in the construction industry, particularly for renovation projects. By harnessing the power of 3D scanning and BIM modeling, it enhances efficiency, accuracy, and collaboration, leading to successful renovations with reduced costs and improved outcomes.
