Laser scanning makes it possible to turn almost any subject or area into a digital 3D model faster and more cost-effectively than with traditional methods. We use the most advanced tech in the field made by Riegl.
By utilising advanced UAV photogrammetry we can survey large areas quickly. The data is combined into a 3D model from which several different materials can be refined, including surface models, volume calculations, height contours, point clouds and orthomosaics.
Creating to-scale and precise 3D models from point clouds is cost-efficient – even when the subjects are large and complex. 3D models can then be further processed into videos and concept images among a variety of other things.
We will provide you with a versatile measurement package which includes up-to-date floor plans, 3D panoramas and cross-section plans. In addition we can provide other surveying and measuring services like as-built measurements and volume calculations.
Would you like to see the planned changes to the subject beforehand in virtual reality? Step inside the 3D model and inspect pathway routing and space usage or the visual feel of the interior design plan.
Atlastica is a laser scanning company situated in Rovaniemi. Our encompassing services include laser scanning, aerial surveying and photogrammetry, 3D modelling as well as construction drafts and up-to-date drawings.
Atlastica completes 3D laser scanning projects both small and large cost-efficiently and quickly. The technologies we utilise benefit several different fields. Contact us if you want to know how laser scanning could help your project.
Facade plans of the Muonio municipality office building
Client – Muonio municipality
solution and implementation
Atlastica carried out the facade plans for the Muonio municipality office building in February 2017. New facade plans were needed because the previous ones were so old and inaccurate. The project was implemented quickly, accurately and on a short schedule. The project helped to save both money and time compared to the traditional methods.