Measured Industrial Surveys

- reverse engineering

telecom Masts Inwentaryzacja obiekt�w przemyslowych Power plant Kazimierz in Krakow telecom mast Poland Use:
  • roads and railway lines, road junctions, bridges and viaducts, tunnels, etc.
  • industrial production halls
  • high objects such as telecommunications masts, excavations mines, mines, shafts, underground chambers
  • existing construction structures for their repair or computer simulation of strength, also for purposes of design

We have extensive experience in Industrial surveys of production halls, telecommunication masts, bridges, etc. Using 3D laser scanning we create accurate 3D models which reflect the spatial relationships between elements of the object, without having technological process interruption while security of the measurement is maintained.

3D laser scanning technology allows for quick implementation of 3D models (the so-called reverse design) and documentation of 2D objects and industrial engineering. It is also a great alternative to traditional methods, which to such issues as accessibility of objects, security and detail of measurement, often turn out to be vulnerable.


Benefits:

  • reducing the measuring time and produce data
  • full information about the shape of the object and its spatial relationship to other objects ease further study, by collecting information on the whole surface of the object to increase the accuracy of measurement
  • the ability to create very precise and detailed 3D models
  • the possibility to measure objects which have difficult access to/are difficult to access, for example; high objects and minings
  • greater security, the measurement is made from a distance
  • measurements do not distort production
  • lower costs of the project, thanks to the speed of measurement and processing of data and completeness of data
linia2
logo2
Measured survey of telecommunication masts in Scotland
LOCATION
DOKŁADNOŚĆ
COMPLETION TIME
FINAL PRODUCT
Penicuik and Ardentinny, Scotland, UK
Model accuracy up to 10mm
10 working days 1 person
Model in CAD format
logo2