Stationary scanning

Laser scanning, also known under the name of LIDAR (Light Detection and Ranging), is a technology included in the group of active photogrammetric systems that use coherent laser light. Thanks to different types of scanners, we obtain a very wide range of applications. Actually, it can be said that a scanner can represent everything: from the large structures of city buildings to very small industrial components. Laser scanning is dynamically replacing traditional measurement methods, mainly due to the speed of data acquisition and its millimeter accuracy.

 

SEE HOW IT WORKS

Advantages of Laser Scanning

  • AUTOMATION
    Automation of measuring operations.
  • MILLIMETER ACCURACIES
    Accuracies in the order of 1-3mm.
  • NON-INVASIVENESS
    Remote measurements without stopping the operation of equipment.
  • SPATIAL MEASUREMENT
    Spatial 3D point cloud.
  • DEFORMATION MONITORING
    Possibility to compare objects changing in time.
  • REDUCED NUMBER OF PERSONNEL REQUIRED
    Reduced number of persons involved in measurements.
  • SHORT MEASUREMENT TIME
  • ECONOMIC BENEFITS
    Reduced measurement time and a smaller team required.

 

 

Equipment that we use in our work


Technology
SOKKIA NET05 AX TOTAL STATION + 3-DIM OBSERVER SOFTWARE
Technology
NIKON NIVO 2.M DUAL FACE 2 TOTAL STATION
Technology
SOKKIA SDL1X DIGITAL LEVEL + PAIR OF INVAR RODS
Technology
2 ZEISS NI 020 A 02 OPTICAL LEVELS
Technology
GNSS TOPCON HIPER II RECEIVER
Technology
TRIMBLE SPS881 SMART GPS ANTENNA
Technology
Z+F IMAGER 5010 SCANNER + M-CAM CAMERA + 2 SETS OF MEASUREMENT DISKS
Technology
2 PROFILE SCANNERS Z+F PROFILER 9012

 

Unconventional Applications of Scanning


Laser scanning has “taken root” in many industries to such an extent that its traditional applications are in most cases generally known and commonly recognized. However, several unconventional applications that are slowly reaching a wider group of users should be mentioned. Among more interesting applications, the following are worth mentioning:

  • COMPUTER GAMES
    Creating 3D environments for games.
  • GEOMETRICALLY COMPLEX ENGINEERING STRUCTURES
    Such structures include, among others, hydropower turbines.
  • FOREST GEOMATICS
    Determination of some tree stand characteristics and parameters.

 

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