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Benefits And Process of Scan To BIM Services | Excelize

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scan to bim services

Benefits and process of Scan to BIM services | Excelize

 Benefits and WorkFlow of Scan to BIM services 

AEC industry have been adopted quite a few interesting and innovative technological advancements to enhance its productivity over the years. The important one among them is Scan to BIM. We can see application of Scan to BIM process extensively in renovation projects. Here data is derived with the help of laser scanning technology and later productive 3D BIM models are developed using these data.

As built data deprived from 3D laser scanning captured with the help of laser scanning equipment’s assist in generating accurate 3D BIM models faster as compared to the traditional methods. External and internal laser scanning helps building accurate 3D survey further assisting in creating intelligent 3D models.

Benefits of 3D Scan to BIM:

  • Scan to BIM helps in improved transparency, communication and collaboration.
  • BIM model generated from the scan data allows more reliability & quality assurance
  • Reduces the construction cost
  • Scan to BIM ease’s project alterations and assists in faster decision making
  • Using BIM throughout the building process leads to better sustainability in the project
  • With virtually creation of BIM model from scan data helps eliminate costly mistakes during construction

Building data are extracted during scanning process using highly effective laser scanners. When laser beams get back the hardware and they were directed towards the structure in the beginning, points clouds are acquired.

Scan to BIM workflow:

  • Modelers should open Revit first to include point cloud data in Revit project
  • Once the modelers get accessible to Revit, converting the available scanned data into effective file formats is the next procedure.
  • BIM Modelers generally covert raw scanned data into point cloud files using Autodesk® ReCap.
  • Models should transform raw scanned data into appropriate cloud files during the indexing process.
  • After the indexing process, the raw scanned date is transformed into .rcp and .rcs file formats.
  • So, users can link the point cloud files within a Revit project soon after they get .rcp and .rcs file formats.
  • Countless .rcs files (Reality Capture Scan files) are included in an .rcp file (Reality Capture Project File).
  • So, cloud files modelers should click ‘Insert tab’ first and then ‘Link Panel’. After that, they can select ‘Point cloud icon within Link panel.
  • After selecting Point cloud, the modelers have to identify the files which should be linked in the project.
  • BIM modelers are allowed to pick either an .rcp extension file or an .rcs extension file, depending on their requirement.
  • BIM Modelrs should use Point Cloud tool in order to insert the file in Revit Project.
  • Once the modelers select a suitable file, then they have to focus on how to position a file in the project.
  • Modelers can position a file in project either by selecting Auto-center to center option or by using an option among Auto – Origin to Origin, Auto – Origin to Last Placed and Auto –By Shared Coordinates.
  • Once the modelers choose an effective file positioning option, then they can link the point cloud file in the project by clicking on “open’.

If the modelers follow the above described steps effectively, they can easily and efficiently link the point cloud files into Revit Project.

With BIM implementation the fundamental techniques of operation in construction industry are rapidly changing. It is believed that BIM’s feature of openly sharing information would derive substantial benefits in cost and value proposition. Renovation or refurbishment BIM projects could be more accurately and comprehensively completed with the help of Scan to BIM method of capturing 3D survey data.

To know more about Scan to BIM Download our Case Study where Excelize offered it’s Scan to BIM Services for a more than 60 years old Heritage Building in USA.

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