3D-laserscanning

A laser beam is projected at a speed of 1 million points per second, both 360 ° vertically and horizontally. With this technique an exact copy of reality is made. An average scan in black and white execution takes about 6 minutes. A color scan takes about 12 minutes. This way a "point cloud" is created. At the same time, photos are taken by the device. Based on these photographs, a viewer is made that - at the request of the customer - is converted into a 2D drawing, 3D CAD model and/or virtual reality.

Laser scanning for large surfaces and objects:

• Buildings
• Factories
• Production lines
• Machines
• Constructions
• ...

1. Archiving your certain situation in time
   Building
   Production
   Artwork
2. Capturing your changes over time
   Expansions
   Changes
   Decay
   Wear
   Alignment
3. Digitally sharing information with people all over the world (viewer, 2D / 3D CAD).
   Factories & buildings
   Production lines
   Production sites
   Constructions
   Artworks
4. Creating as-built plans of the scanned reality
   Measurable viewer
   2D CAD
   3D CAD
5. Reverse engineering
   Removing intelligence from reality and assigning it to the digital model.
6. Control
   Does the created reality match the digital model on which the created reality is based? Just think about access control, quality control...
7. Digitizing to be able to materialize again
   In other scales or materials (3D printing).
8. Volume determination of your complex volume.
9. Creation of animations and visualisations.

1. Step 1
   The scanning.
2. Step 2
   The creation of the different point clouds
3. Step 3
   The post-processing: registering/determining the accuracy and merging of the different point clouds.
4. Step 4
   Start up the measurable viewer (communication tool) for processing.
5. Step 5
   The creation of 2D (lay-out, cuts) or 3D CAD data (engineering).