Unlock the potential of 3D Scanning and 3D Modelling with our expert teams

What can 3D Scanning achieve for you?

When it comes to gathering spatial information, the advantages of 3D scanning are immense.  Scanning is fast and detailed and when combined with 3D modelling data sets can also be dramatically reduced in size, transforming into portable data that can be read into virtually any CAD software.  This state-of-the-art technology has the potential to completely transform the way you gain insights into a project environment. 

Here's what you can expect:

3D Scanning

• Speed
  Large amounts of data captured in a relatively short period of time

• Rich data sets
  Very detailed 3D point cloud data captured in full colour

• Accuracy
  This depends on the scanner deployed, but our Trimble SX12 scanner achieves 2.5mm positional accuracy at 100m.

• Remote applications:
  Detail can be captured in remote areas otherwise not accessible

Some applications include:

• Scan to BIM (Building Information Modelling) - detailed as-builts of existing structures;

• Capturing surfaces to a high level of detail, "heat map" as-builts can then be produced to show conformance to design;

• Detailed architectural and building facade capture;

• Archaeology and cultural heritage documentation;

• Tunnel surveying;

• Industrial applications including location of complex pipe-work;

• Forensics and crash scene investigation;

• Mining and bulk earthworks terrain modelling for accurate volumes;

• Long distance monitoring/ change detection;

• Slope stability studies.

3D Modelling

• Much smaller files:
  Point clouds are generally very large data sets, but once modelled the size reduces dramatically allowing greater portability and collaborative usage;

• Accurate models:
  Care is taken to ensure modelling aligns very closely with 3D scans;

• Enhanced visualization:
  3D models can be imported into BIM (Building Information Modelling) which enables enhanced visualization of a building or structure. The digital BIM model can be used to create detailed 3D renderings, animations, and virtual tours;

• Cost savings:
  3D BIM models can result in cost savings, as it can help reduce the need for rework and revisions, and can improve the efficiency of the design, construction, and maintenance processes;

• Flexibility:

  Once 3D models are created they can be easily read into a number of different software platforms and easily integrated with other data;

• Improved collaboration:
  3D models allow for improved collaboration between different stakeholders, as the digital model can be accessed and shared by multiple parties involved in the design, construction, and maintenance of a building or structure;

• Scalability:
  Once the 3D model is created, it can easily be scaled up or down for 3D printing purposes for example.