We rebuild the geometry of elements and infrastructures using 3D laser scanner technology
We are a company specialized in services of 3D digitalization and measurement with terrestrial laser scanner by means of the collection, analysis, presentation and delivery of the geospatial information (Reality Capture). We perform high-definition geometric capture and documentation, carefully reconstructing the geometry of objects or infrastructures, particularly useful for BIM (Building Information Modeling) projects, and engineering or architectural projects. All this information is complemented with spherical photographs (360) of use in VR systems.
3D Scanning services
Our work based on the Laser Scanner technology allows us to generate a large amount of geometric documentation from the collected data through 3D point cloud processing and editing software. Having all the information in the files generated, it is possible to produce a large number of products without having to re-capture data in the field and the possibility of using it in the most common software such as Autocad, Revit, Archicad and others. Generating point clouds in E57, PTS, LAS, LAZ, TXT, XYZ, PTX, etc. formats.
Point Clouds - BIM
The systems we use offer high-precision 3D data as well as images at a scanning speed of up to 1 million dots per second with a range of up to 330 m for color dot clouds with high level of detail and clarity Own of the real world. The purpose is to create a cloud of points from geometric samples on the surface of the object. These points can then be used to extrapolate the shape of the object.
Additionally, point clouds can be georeferenced for their positioning in planes or larger models.
Engineering, architecture and heritage projects
We perform accurate and detailed 3D scans of open spaces, large infrastructures, buildings, environments and objects, useful for the execution of projects in industry, architecture, heritage and many other areas. In the measurement and planning phase of buildings, refurbishments, interiors and outdoor installations, detailed and reliable measurement data are especially necessary, since accuracy and perfect measurements are the basis of any solid planning and documentation, for the sector of architecture and engineering the processing of simple 2D representations are insufficient today.
Scanning of complete buildings and drawing up plans
With 3D laser scanner we make the precise registration of all facilities and assets that will be used for mapping, as well as for the lifting of plans or updating existing ones. We use the market design tools Autodesk Revit, Autocad, Archicad, Solid Works, and others, with significant time and cost savings. Once the three-dimensional plane survey is done, we can offer 3D modeling of the scanned spaces for the creation of a BIM model.
When faced with the task of creating plans for an existing structure we know how difficult it can be. It is rare for buildings to have a simple form. Using a distance meter or measuring tape is a tedious and difficult job, which then has to translate into specifications on plans and trust that no mistakes were made or features were omitted.
Georeferenced points clouds
Point clouds are increasingly becoming a common element in workflows for the generation of 3D models, particularly useful for BIM (Building Information Modeling) projects. One of the most important tasks for those who want to use a point cloud in a model with real coordinates is the geographical reference.
One of the biggest concerns when dealing with point clouds is the need to georeference them (transformation from Ground Control Points), or contextualize them within a coordinate system.
The geographic references of the data of the cloud of points is possible to insert them in multiple platforms, like Faro Scene, AutoCAD, Navisworks, Revit, Civil 3D and others.
Reverse engineering projects
The 3D scanner is ideal for reverse engineering. The collected data is projected as a three-dimensional image of the scanned object. This allows us to create virtual sets that allow detecting the overlap and check the fit of the pieces.
A 3D scanner can be used to scan / analyze a real-world object or environment to collect data about its shape and possibly its appearance (color and / or texture). The collected data can be used to build a 3D digital model.
The models can be used to generate custom drawings or to manufacture spare parts. 3D printing / machining solutions will also be analyzed based on your need and the materials of the piece.
3D BWT (Ballast Water Treatment) scanning projects
The key to competitive utilization lies in being able to 3D capture the vessel "in operation" quickly, accurately and inexpensively. The early availability of detailed and accurate 3D studies from laser scan data allows shipyards to get ahead in planning the project, designing the refurbishment, and acquiring materials ready to start work as soon as the ship arrives at the repair dock. The use of scanning helps to shorten downtime.
Scanphase offers an extremely fast measurement process and offers an accurate 3D scan of the network pumps and pipes critical to the BWT (Ballast Water Treatment) system so that engineers can:
- Agree on an efficient ballast water management plan
- Accurately implement the BWT plan
- Easily install BWT system
- Keep complete records of the area of interest.
Special 3D scanning and digitization projects
Specialized 3D scanning solutions for professionals are applicable in different fields: architecture, engineering, industry, art, audiovisual communication etc.
Our technology allows us to expand and explore different applications that until today were limited to traditional techniques, with the time and cost savings involved.
The technology laser scanner and 3D scanner is an indispensable tool for sectors such as industrial metrology, the possibility of obtaining a virtual model completely faithful to the original in high resolution opens a huge field of possibilities for different disciplines.
We are able to capture details of elements from minimum dimensions to infrastructure of hundreds of meters, providing our customers with clouds of points, polygon meshes or digital models as needed.