Scan to BIM is a tactic that you might have often heard if you are working for a laser scanning company. However, what is it, and what are its key benefits? Scan to BIM services uses precise and thorough 3D laser technology, creating a point cloud of buildings, utilities, infrastructure, and more. Although it is a potential process, it arrives with unique considerations impacting your ability to use the data to its complete potential.
In our post today, we will browse through the perks of Scan to BIM laser scanning companies.
What is Scan to BIM?
Scan to BIM is the procedure to help convert laser scan data into the BIM or Building Information Model. The outcome forms the digital representation of the scanned infrastructure or building with precise measurements and well-detailed information about the physical elements.
Scan to BIM is the process of using 3D laser scanning technology to capture the digital representation of the physical area or site. The resulting data gets loaded into the 3D modeling tool, creating accurate as-built models or offering real-world data for construction and design purposes.
Advantages of Scan to BIM
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Accuracy
One of the key perks of Scan to BIM is the lawlessness that it offers. The laser scanning companies use the scan data to create accurate 3D models for every trade to restore and extend work. It ensures a higher level of quality assurance and reliability to reduce the chances of RFIs, reworks, and job interruptions.
Additionally, the contractors can immediately gather the existing conditions across the project site using 3D laser scanning, offering precise and current data beneficial across varied design and construction stages.
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As-Built BIM Modeling
Renovating infrastructure assets like bridges and tunnels with the Scan to BIM services serves as a robust foundation for more design work. Scan to BIM facilitates the creation of as-built BIM models for refurbishment, retrofit, and renovation projects.
The point cloud data is used for preparing as-built drawings for structural, architectural, and MEP trades within the plan, elevation, and section sheets. MEP managers leverage as-built BIM models for conducting early clash detection and issue alerts.
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Transparency and Measuring
Enhanced streamlined communication and transparency with 3D visualization for instant decision-making during the renovation and extension phase. Scan to BIM will even aid measure points in the scan, finding the real dimensions instantly.
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Enhanced Production Values
Information flows seamlessly from field to office, enabling the contractors to create constructible models easily using the accuracy and speed of 3D laser scanning in a BIM process.
Laser scanning is vital for capturing data under high definition. It enables the collaborating teams to discern changes in the new designs. Production values are boosted with technological access.
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Improved Sustainability and Decision Making
The sustainability of the project is enhanced with BIM-related services. The models produced by BIM laser scanning allow for top quality and dependability. Analysis of the virtual 3D model is the approach to reducing the cost of building, facilitating instant decision-making.
The material texture gets captured in a 360-degree photographic outlook of an existing structure of the building and its elements that aid in creating the digital twin of the existing structure.
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Reduction of Costs
Scan to BIM data makes it easier to create an accurate Bill of Material, reducing the chances of building the overruns of budget. Furthermore, it helps with the elimination of the possibility of expensive design adjustments in the construction phase.
Conclusion
The various benefits of Scan to BIM services for laser companies are too many. It offers the highest level of preciseness, sustainability, and transparency while reducing costs and enhancing decision-making. While the construction industry continues adapting to the new technologies, Scan to BIM becomes an extremely important tool for laser scanning firms to stay in this competitive market.
