3D Scanning for Industrial Environments

What does a successful laser scanning project require?

• the right scanning method for the intended use
• a sufficient coordinate system and control points
• an understanding of the site’s safety requirements
• a realistic schedule and scanning plan
• a clear decision on delivery formats
• data processing for future use
• the possibility to update the material later

What materials do you receive as the project outcome?

We deliver a wide range of formats. The most common are:

• Point clouds: E57, PTS, PTX and ReCap
• Surface models: NWD, OBJ and STL
• 3D models: DWG and STEP
• Images: 360 images, bubble images and standard photographs
• Other formats and materials: Reality Twin, Scene2go viewer, Aveva LFD, possible calculations and reports, and listed points measured in the field.

Who should you ask about industrial 3D scanning?

Laser scanning or other industrial 3D scanning should be requested from a supplier that provides the service as an efficient end-to-end delivery and understands not only measurement, but also safety requirements, industrial practices, data post-processing and the future use of the material. SolidComp delivers laser scanning, mobile scanning, drone imaging, coordinate measurements, ground-penetrating radar, 3D modelling and, when needed, Reality Twin implementation as one complete service.

How do you choose the right 3D scanning method?

The best scanning method depends on the intended use. Traditional laser scanning is often suitable for millimetre-level design accuracy. For fast documentation of large areas, mobile laser scanning may be more efficient. Drone imaging and photogrammetry can be used for outdoor areas, roofs and yards. Ground-penetrating radar is needed for underground structures. Often, the best solution is a combination of these methods.

What do you receive as the outcome of industrial 3D scanning?

The final deliverable provided to the laser scanning customer may be a point cloud, surface model, 3D model, 360 images, drone data, an analysis, a report or a Reality Twin environment. The delivery format is selected based on whether the material will be used for design, maintenance, safety work, documentation or decision-making. The most important step is to define the intended use before starting the project.