The GeneGIS Scan-to-BIM process was created to respond to the lack of descriptive documentation of an industrial plan, building or infrastructure. Whether concerning renovation, extension, requalification, demolition or new building construction. Thanks to ScanToBIM, it is possible to create parametric models adaptive to the as built, an informative, dynamic, interdisciplinary, shared and constantly evolving model. The data obtained from the ScanToBIM process, suitably integrated with our clients’ information assets (db), allow analysis of:

  • geometry
  • materials
  • load-bearing structure
  • thermal characteristics and energy performance
  • installations
  • charges
  • safety
  • maintenance
  • lifecycle
  • demolition
  • divestiture

ScanToBIM represents the starting point for all designers working in the construction and maintenance of real estate, infrastructure and plant engineering assets.

The GeneGIS Scan-to-BIM process was created to respond to the lack of descriptive documentation of an industrial plan, building or infrastructure. Whether concerning renovation, extension, requalification, demolition or new building construction. Thanks to ScanToBIM, it is possible to create parametric models adaptive to the as built, an informative, dynamic, interdisciplinary, shared and constantly evolving model. The data obtained from the ScanToBIM process, suitably integrated with our clients’ information assets (db), allow analysis of:

OUR SERVICES

GeneGIS GI can support you at every stage of a Scan to BIM process, from the acquisition of the actual status to the return of a model developed in a BIM environment containing the basic information useful for any type of subsequent planning and design.
In particular, we offer:

Architectural, structural and plant surveys with integrated 3D laser scanners, also with precision topographic surveys.

Architectural, structural and plant surveys with 3D laser scanners equipped with lifting platforms or special means, such as spiders and lifting baskets.

Architectural, structural and plant surveys with integrated UAVs, also with precision topographic surveys (GNSS and Terrestrial Laser Scanner).

Post-processing of survey data: cleaning, logging, assembly, block splitting and geo-localization of point clouds.

Creation of 3D surfaces and support in the modeling of complex shapes.

Extraction of architectural, structural and plant elements from point clouds to create the basic digital BIM model using adaptive parametric models.

Conversion of BIM model data into the standard IFC interchange format.

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