Laser scanning is not a fancy option,
it is inevitable for high-quality BIM workflow.
Scan to BIM
Accurate data is the foundation of excellent engineering.
Scan to BIM starts with a laser scan of the physical space or construction site and ends with the creation of a Building Information Model (BIM), a key source of data for architectural design, construction, or facility management.
Laser scanning is an extremely fast and accurate way to survey a site, existing building, new construction, or any object on the project site.
Scan to BIM project flow
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Steps of Scan to BIM
A Scan to BIM project consists of the following main steps:
We discuss the client’s needs and help determine the required level of accuracy (LOA) of the survey and level of detail (LOD) of the model based on its intended use of it.
II. Laser scanner survey
BuildEXT’s team will carry out laser scanning on-site to create a point cloud of billions of points on the site. The survey will also include photo documentation. On request, we also carry out a photogrammetric analysis using drone footage.
III. Analysis and processing
The collected data is organized and a single point cloud is created for the surveyed area. Based on the point cloud, we build a 3D model of the building in Autodesk Revit and attach data for each element based on the specifications and needs agreed upon in advance. This creates a 3D database with information, also known as a Building Information Model (BIM).
IV. BIM application
The building is documented realistically and accurately, making the BIM model easy to interpret and versatile, which can be used for redesign, operation, renovation, extension, or model-based construction control.
Field of use
One of the first steps in any architectural project is an accurate survey of the planning area. Laser scanning is the most modern way to do this. The resulting 3D model is the basis for starting work.
The more complex the project, the more it is essential to have accurate initial data. For the refurbishment of existing buildings, Scan to BIM method is the fastest and by far the most accurate way to generate the necessary baseline data.
We have more than 15 years of
experience in laser scanning.
Laser scanning allows contractors to collect the as-is conditions on a project site quickly to provide both accurate and up-to-date data that is valuable throughout the different design and construction stages. The scan is necessary to create the as-built model. This allows the progress of the project to be monitored and any deviations from the plan to be identified and documented.
The accurate construction follow up
saves a lot of money.
Cost-effective and environmentally conscious digital solutions for facility management are on the rise. These are IoT devices that actively reduce a building’s energy consumption and help the operator to work cost-effectively. To deploy these devices, an as-built model based on a scanned point cloud of the existing building is required. Connecting this via FM software with the existing building creates the digital twin, and its presence is a significant value-adding factor for any property.
Digital twins represent a new milestone
in sustainable operations.
The big advantage of laser scanning is that data can be acquired quickly and without touching or approaching the objects to be measured. Therefore, surveys where there is only a narrow window of time or where access to the area is limited can be carried out without any problems using this technology.
Typical examples are special engineering cases like complex and oversized building complexes, biologically or otherwise hazardous industrial installations, uniquely shaped or too high structures, mechanical installations, etc.
Technology is also used in special areas like archaeological surveys, road or railway surveys, and, in the film industry, the documentation of spatial relations.
Laser scanning is used to collect information about space to the nearest millimeter. This forms the basis for any simulation that supports some kind of engineering decision-making, such as smoke or acoustic calculations.
We offer solutions through the total lifecycle in order to make projects effective and sustainable from all economical, human, and ecological perspectives.
We have been designing large-scale and complex industrial, commercial, office, and public buildings for more than 15 years.
We design the ideal environments of the future. Our goal is to appeal more to human instinct, the human condition, and human sensibilities.
Having a sustainable approach we take care of the building throughout its entire lifecycle. By using the BIM method we cover the HOIA phase 1-9 with different BIM-related services.
By pushing all the advantages of the BIM workflow we represent the interest of our client, reduce expenses and ensure quality work from our consultants.
You can access our architecture services through practice leaders. We can help you get the most out of your project at any stage of the architecture lifecycle.
We are happy to get to know good people, new projects, and original technologies!
Whatever the case, don’t hesitate to drop us a message.