3D Laser Scanning with LiDAR Technology
With 3D scanning, interventions on buildings, historical monuments, and road and rail infrastructures can be much more efficient, safe, and precise, preventing errors.
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Our 3D laser scanning solutions for a variety of applications in surveying and construction
3D Laser Scanning in Architecture
3D laser scanning is a cutting-edge technology used in architecture to capture precise details of existing buildings and create three-dimensional digital models. This technique allows architects and engineers to gather accurate data from an object or building without resorting to traditional methods of manual measurement and sketching, which can be time-consuming and less precise. The data collected through 3D laser scanning is then used to create accurate models of buildings, which can be used in the design of renovations, extensions, or the reuse of existing buildings.
Request a Quote3D Laser Scanning for Historical Monuments
Laser scanning is increasingly used for documenting and conserving historical and cultural monuments. This technique allows for the creation of precise three-dimensional digital models of buildings, sculptures, or other artifacts without affecting their structure or integrity. The data collected through 3D laser scanning can be used to identify and document changes over time, as well as to plan and execute restoration and conservation operations in accordance with industry best practices.
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3D Laser Scanning in Road and Rail Infrastructure
This technique allows for the collection of precise and detailed data about surfaces, structures, railways, bridges, tunnels, and other elements of infrastructure without the need for costly and laborious manual measurement. The data collected through 3D laser scanning is then used to create accurate three-dimensional digital models, which enable engineers and constructors to analyze and optimize construction or maintenance projects. 3D laser scanning can be used in a variety of applications, such as bridge and tunnel inspection, identification of defects or deterioration in existing infrastructure, design of new construction or maintenance projects, as well as in the process of monitoring the progress of work. This technique allows engineers to optimize road and rail infrastructure projects to ensure safety and efficiency in traffic.
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