Technologies

Speed and accuracy - 3D laser scanning is much faster than other methods of assessment. The scanning will likely take half as much as it could take using traditional methods. The laser scanner produces millions laser points per second and then obtains very specific details of the scanned object, as well as shapes and forms, with precision accuracy up to 1 mm.

Security - Setting up a series of lasers to send beams of light into hazardous areas helps keep employees secure, and it allows a company to send its teams the message that it values their workplace safety and well-being.

Immediate 3D modeling – collected data in a format of Point Cloud can be presented almost on the spot. The scanned data can then be converted digitally to three-dimensional products such as fully textured models, plans, and elevations.

FARO focus 3D laser is a system that measures the distance from the scanner to the surface of the object at high speed (several thousand to one million dots per second) and then records the relevant directions (vertical and horizontal angles) in the form of a Point Cloud.

Complete information is obtained about the required area (relief, heights, valleys, etc.)

Data from large areas, or areas inaccessible to humans, are collected quickly

High accuracy is achieved

The collected data can be used to obtain the desired results (mapping, 3D modeling, location of relevant objects, etc.)

LIDAR (a light and radar device, also abbreviated to "Light Detection and Range") is a distance measurement and imaging technology that uses light pulses in the form of a laser beam. These light pulses are usually reflected back by the object under measurement. The LiDAR sensor measures the time it takes for the reflected light pulse to return and thus calculates the distance between the object and itself. Thus, it prepares a three-dimensional image of the object based on the impulse points it emits.

Helps to identify underground communications,infrastructure, soil layers and groundwater

Collects data independently of different ground coverings

Assists in the preparation of an underground 3D map based on the collected information