Laser Scanner - 3D Point Cloud

What is laser scanner?

The terrestrial laser scanner is a massive data acquisition device that provides us with a three-dimensional point cloud generated by measuring distances and angles using a laser light beam.

In construction

Effective planning is vital for architects, builders and contractors on any type of construction project. Having 3D documentation at every stage, from initial design to final inspection, helps avoid costly retrofit errors.

Architectural firms, engineering companies and contractors alike have embraced laser scanners for 3D modelling and documentation of existing buildings. Their projects range from home construction to city centre renovation and office construction.

In the study and planning stage

Laser scanning will be a very powerful tool for analyzing possible locations for construction, since scanning will provide a level of detail far superior to that of conventional topography, helping designers to obtain a more complete image of the site.

During construction

You can scan at various stages of construction to check progress and compliance with all guidelines and obtain valuable information for preparing future construction phases. In interior construction projects, you can scan at various stages to prepare the virtual 3D model of the site. With this 3D modeling tool, you can compare the current 3D construction status with the CAD model at any time, a quality control process that helps avoid errors and therefore saves time and money.

Current construction status

With the Laser scan, we will obtain more information to carry out current construction statuses, being able to deliver both 2D plans and point clouds to work on later for BIM.

Cultural heritage

Ideal for quickly capturing historic buildings and sites in detail and with high accuracy, generating 360-degree point clouds of scanned surfaces to create 3D models for use in building restoration or historic preservation plans.

It is a good solution for restoration or scientific analysis by providing researchers and scientists with 3D CAD models of as-built plans of buildings to determine their structural integrity.

Bridges

Bridge construction and deformation control involves many problems that require 3D measurement solutions. The construction of modern steel and concrete bridge designs must meet stringent dimensional requirements in CAD drawings. Navigation models for construction planning require as-built documentation. Bridge deflections, deformations, stresses and strains can be analyzed by monitoring the movements of specific points marked on the structure. These problems are quickly solved with portable 3D measurement and imaging equipment.

Tunnels and mining

Safety is a primary concern in any mine, whether it is a gold mine or a coal mine. A laser scanner can identify and record cracks and fissures, compare this data with previous scans, and identify areas of concern. This is a huge contribution to mine safety and a safe working environment.

Permanent 3D documentation of the mine can prevent a mine collapse, as it instantly detects any disturbances in local rock strata, so that appropriate safety measures can be taken well in advance. Underground construction work, such as excavating a new coal mine, is also made easier and safer by using the Laser Scanner.

In open-pit mines, where certain types of coal and minerals are found, the shaft also needs careful inspection. The Laser Scanner can also identify certain quantities of rock and raw materials, making it a valuable piece of modern mining equipment.

Shipbuilding

A shipyard is a harsh industrial environment that requires high precision in the manufacturing and assembly of ship, boat and yacht parts.

The Laser Scanner is a fast and accurate solution for naval architects and ship designers for 3D modelling and measurement tasks of very large components and their parts. With our 3D laser scanner we will capture a 3D image of a complete hull or to create documentation of the actual superstructure of a vessel for future repairs.