3D scanning.

Yes, we can scan at height by positioning ourselves at strategic points, such as nearby buildings. Our scanners are highly accurate, with measurement deviations of less than 1.9 mm for every 10 meters. Although drones are an interesting option thanks to their aerial advantage, we still suggest tripod scans, which not only enable us to scan at height, but also to maintain optimum accuracy, which has a major impact on the quality of readings.

Yes, it is possible to scan reflective surfaces, but this can present additional challenges. Laser scanners can have difficulty obtaining accurate measurements on highly reflective surfaces, as the laser beam can be deflected or scattered. To improve the accuracy of readings, we use specific techniques such as adjusting scanner parameters and choosing optimal scan angles to minimize reflections. These methods enable the laser to capture more accurate data without the need for surface treatments.

3D scanning captures only the visible external surfaces of an object or space, using technologies such as lasers or photogrammetry. Unlike X-rays, it cannot penetrate materials to reveal internal structures. However, 3D scanning can be combined with BIM (Building Information Modeling) techniques and structural and planarity analyses to obtain more precise information about your infrastructure. This creates a detailed and reliable model of your environment, facilitating project management and planning.

3D scanning is extremely versatile, and can be used both indoors and outdoors. Precise scanning can be carried out in almost any environment, from historic sites to industrial complexes.