The use of laser scanning in civil engineering
Equipment for laser scanning produced by reputable manufacturers. Devices from Phoenix, Trimble, Riegl, Siteco, FARO are widely used in Russia. High-performance devices are actively used in civil engineering. They provide accurate and up-to-date data, on the basis of which buildings and structures are placed in accordance with the requirements of SNIPs and an approved project.
The benefits of using laser scanning in the construction industry
When erecting buildings, objects and civil roads, laser scanning technology is actively used (equipment can be found here). This modern technique allows in full and for an insignificant time period to obtain data on the relief, where structures will be built later.Compared to other methods, it is safer. Other advantages of the technology include:
- operational data collection;
- a significant reduction in labor costs required for measurement;
- high level of security when shooting inaccessible objects;
- simple method of binding to the coordinate system.
The financial costs of laser scanning are about the same, if compared to traditional methods. This technology is actively used in urban planning, where the most important importance is given to the appearance of the village. The authorized partner of manufacturers that produce equipment for carrying out laser scanning is the Tehnokrauf company http://www.technokauf.ru/. Depending on the needs of the company involved in civil engineering, you can choose the device for solving work tasks.
Functional features of the equipment
Not so long ago the main devices that were used in engineering and geodesy to perform measurements were a theodolite and a total station. Now widespread scanning systems.Reliable and productive equipment helps to obtain accurate data in a short period of time. High-tech devices capable of performing complex measurements. The results of the work are a cloud of points from which a three-dimensional model of the object is subsequently built.
Equipment for laser scanning in civil engineering helps to identify defects, deformation of structures, to identify deviations from the design model. Professionals have the opportunity to receive real-time data about the current state of the object.
The possibilities offered by laser scanning in the construction industry and other fields have not been fully explored. This technology will be further developed. Equipment manufacturers are developing new models, unique software. Reducing the price of devices is an additional advantage for organizations that previously could not afford to purchase and start operating laser systems.