Leica RTC360
The Leica RTC360 is a high-performance 3D laser scanner designed to quickly capture environments, structures, and components, converting them into high-density 3D point clouds.
High-Speed 3D Laser Scanning for Surveying and Digitization
The Leica RTC360 allows you to transform a real-world space or object into a three-dimensional digital representation. The system captures a large number of points in space and outputs them as a 3D point cloud, creating a detailed digital foundation for subsequent analysis, design, and documentation.
The Leica RTC360 can capture up to 2 million points per second. This speed reduces the time spent in the field and allows for the rapid collection of large amounts of data.
The system’s portability allows for field surveys to be conducted directly on-site, even when multiple scanning stations need to be set up. The collected data can be used as a basis for 3D surveying, as-built documentation, design, reverse engineering, and analysis of existing geometry.
The Leica RTC360 is used for digitizing industrial environments, plants, structures, and complex components, where the rapid and comprehensive collection of 3D data is a crucial step for subsequent design and inspection activities.
3D Surveying Digital capture of environments, structures, and infrastructure, even directly in the field thanks to the system’s portability.
As-built
Documentation of the actual condition of buildings, systems, structures, and industrial environments, both indoor and outdoor.
Reverse Engineering
Capturing existing geometry as a basis for subsequent design, modification, and reconstruction activities.
BIM
Collection of 3D data on the existing structure as a basis for digital design and management processes.
Monitoring: Repeated acquisition of the same environment or structure to document changes and developments over time.
Related Systems
Tritop
3D Photogrammetry for Measuring Large Structures and Components
TRITOP is a photogrammetric measurement system designed to capture three-dimensional coordinates directly on the component, without having to transport it to a laboratory. When a component is too large, heavy, or complex to move, the measurement system comes to it.
The metrology camera captures high-resolution images of the component from various angles. The software processes the images and determines the three-dimensional coordinates of the measurement points, creating a database that can be used for subsequent metrological analysis and evaluation.
TRITOP is particularly well-suited for measuring large structures and components, even directly on the production floor or in complex environments. The data obtained can be used for dimensional inspections, displacement and deformation analysis, and verification of component position and geometry.
The ability to take measurements directly on site makes TRITOP a suitable solution even for components that are difficult to handle or to which traditional measuring instruments cannot be easily applied.
