With productivity rates up to 10 times faster than conventional scanning systems, it becomes an essential tool when deadlines are tight without compromising quality.
It is also the perfect solution for repetitive scanning tasks, such as construction progress monitoring, change detection, 4D comparison, stockpile measurement, and more.
This technology is used to perform fast and accurate surveys of terrain and existing structures, as well as to monitor the progress of ongoing construction projects. This facilitates design planning, site coordination, and construction progress tracking.
Suitable for both outdoor and indoor environments, it enables the capture of current site conditions, clash detection, redesign workflows, and the delivery of final as-built documentation.
Data captured through mobile scanning systems makes it possible to create accurate digital twins of any building, facility, or asset. These digital twins enable process simulation, performance analysis, plant layout optimization, maintenance planning, and improved operational efficiency. They are key tools for reducing costs, minimizing downtime, and enhancing product quality.
Dynamic laser scanners are used to inspect and monitor critical infrastructure such as bridges, roads, tunnels, and dams.
This helps identify deformations, cracks, and other types of damage, enabling early intervention to maintain
SLAM technology is used in urban mapping to generate accurate 3D models of urban areas, which support urban planning, traffic management, evacuation route optimization, and the development of smart cities.
They are used to monitor material movement and optimize mine planning and operations. They enable the rapid and accurate calculation of excavation volumes and material stockpiles.
In addition, they are ideal for detailed inspections of tunnels, galleries, and other confined or hard-to-access spaces.
Due to the high density of points captured, it is possible to perform surveys of natural environments and forests. This allows us to generate highly detailed representations that are useful for species counting and identification, asset inventory, forest biomass calculations, and many other applications.
We capture reality, digitize the world, and drive progress.
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