Surveys to calculate the volume of soil and building materials, creation of accurate plans and documentation, forecasting, and registration of construction stages.

Power lines scanning, searching for breaks, and monitoring the minimum clearance between power lines and vegetation to prevent bursts.

Obtaining information on the natural terrain, mine infrastructure, accurate pit models, and contour maps to calculate production volumes and mitigation of risks.

Forest mapping using aerial scanning helps to classify and count trees more accurately for modeling terrain and optimizing the work.

Research and discovery of archaeological sites even at the inaccessible areas with rugged terrain, and under dense vegetation.

Scanning allows for the most accurate calculation of wall perimeters, floor area, and material consumption.

A laser scanner measures complex or difficult to access constructions with millimeter accuracy, which is not possible with traditional methods.

Scanning bridges and roads with heavy traffic for ensuring their safe operation, design, construction, repair, and reconstruction.

The laser survey provides accurate information on the deformations and stability of the road or railway tunnels, their actual dimensions and forms.

Due to its high accuracy, laser monitoring of mine shafts prevents accidents and is carried out without the production stoppage.

3D measurements are used by large manufacturers of machinery, cars, engines, and smaller companies specializing in service and repair.

3D laser scanning helps you create new patterns or compare data with the existing CAD models.

Highly-accurate laser equipment detects even the smallest details, which is fundamentally important when scanning artifacts because sometimes they contain only small fragments.