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Service for massive point capture and digitization of reality through technology 

LiDAR

3D laser scanning is the most agile, advanced and precise tool to obtain massive data surveys of existing industrial processes and plants, both volumes and buildings that make up the space itself, as well as process equipment, pipes, structures, etc.

Obtaining point clouds by means of a 3D laser scanner, allowing to document and capture environments in 3D, generating a high-precision digital record of the industrial environment.

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Architecture and urbanism

​​​​​​​​​In architecture and construction, point clouds provide fast, accurate and detailed collection of massive data from existing environments

​​​​​​​Point clouds as an ideal complement to the BIM methodology, by superimposing digital models with an existing physical space, obtaining a better scope for new construction projects, rehabilitations or extensions, in addition to early detection of possible interferences and monitoring of construction progress with accurate data recording.

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Topographic surveys with a large amount of information about the terrain and the environment, such as the height of objects, the slope of the terrain, the density and height of vegetation, etc.​​​​​​​

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Industrial

Integration of process engineering, and generation of detailed engineering and digital twins​​​

Exact and detailed registration of industrial plants and processes, both process equipment, piping systems, structures, etc., as well as volumes and buildings that make up the space itself.

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Identification of interferences between the designed 3D digital model, integrated in BIM (Building Information Modeling) methodology and the physical object, guaranteeing precision in any implementation.

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Generation of reverse engineering through the processing of massive data obtained with the point cloud.

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Infrastructure and civil works

Digitization of large transport infrastructures, bridges, tunnels, roads, railway layouts, dams, etc.

Digitization of large infrastructures in reduced time with high quality of the data captured, without interfering with normal use.​

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Regular scans with LiDAR technology show project progress, in each area, with accurate records throughout the project lifecycle.

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Improvements in the optimization and planning of projects, new infrastructures and/or renovation, through the use of BIM work methodology.​

Ability to monitor deformation and wear in critical structures.​​

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Cultural heritage

Preservation and digitization of historical heritage

Digital preservation of historical heritage, contributing to its conservation through the creation of an exhaustive digital inventory of cultural assets, allowing the creation of replicas and interactive visualizations.

 

Restoration of historical buildings and works of art, inspection of facades, and analysis and diagnosis of structural problems, through obtaining massive point data.

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Scientific analysis of archaeological remains. 

Digitization of each of the excavation phases, generating a detailed record of the progress of the work.​​​​​​

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Landscaping and forestry

Landscape designs and forest inventory supported by LiDAR technology

Detailed and realistic landscape designs, supported by point clouds, integrating perfectly with the natural contours of the terrain and the detailed analysis of the vegetation.

 

Forest inventory evaluating the spatial distribution of forests and taking physical dimensions of trees and vegetation, helping in sustainable management and biodiversity conservation.

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Detection of variations in growth, through crop monitoring, facilitating precise and timely agronomic interventions.​​

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