3D laser scanning & mockups

Get to know us

We use state-of-the-art 3D laser scanning technology to quickly and precisely record existing infrastructure and buildings. These detailed digital models form the basis for BIM projects and further 3D planning.

What defines
us

More than 6 years of experience in BIM technology

Fast and precise recording of existing systems

Practice-orientated view as a plant constructor

In-field 3D laser scanning: Recording of existing installations and buildings using precise laser scanning technology. Provision of the point cloud..

Post-processing and data preparation: Post-processing of point clouds and preparation for integration into your CAD system.

Collision detection, assembly simulations and much more based on the mock-up model created.

FAQ

What steps does a 3D laser scan involve and what is needed before I get a usable file?

The process begins with on-site scanning, during which the point clouds are captured and pre-registered directly in the app. Quality assurance is then carried out by carefully checking the captured data.In the subsequent post-processing in our company, the point clouds are imported, the registration is optimised and aligned, cropped and edited with filters to hide unnecessary areas. The optimised data is then published and made available in your desired format.

What are the advantages of 3D laser scanning?

3D laser scanning enables precise and complete recording of your existing system or building. This provides you with an exact digital model as a basis for planning, conversions or extensions. Advantages:

Time savings thanks to accurate as-built surveys without time-consuming on-site measurements
Reduction of planning errors thanks to data accurate to the millimetre
Efficient clash detection as early as the planning phase
Optimum interface to BIM processes for end-to-end digital workflows

Thanks to millimetre-precise recording, you save time and avoid planning errors.

How can I use the point cloud from the 3D laser scan?

We provide the digital twin of your system in various formats, depending on your requirements. You can receive the pure point cloud or a post-processing that is customised to your needs. Common exchange formats are Autodesk ReCap (*.RCP) as well as industry-standard formats such as *.E57, *.PTX, *.PTG, *.PTS or *.LAS. The exchange into various CAD systems is also possible. Contact us for a personalised consultation.

How accurate is a 3D laser scan like this?

A scan point consists of up to 65 million laser points. At a distance of 10 metres from the object, the accuracy is around 5 mm. The accuracy can be increased by scanning closer to the object or by capturing additional scan points (locations). This allows us to achieve a resolution of less than 1 mm if required.

What applications are there for 3D laser scanning?

3D laser scanning is worthwhile wherever precise digital recording of existing plants or buildings is required. Typical areas of application in plant construction are:

As-built surveys before conversions or extensions
Recording of complex pipework and steel structures
Documentation of areas that are difficult to access or safety-critical
Surveying for the replacement of machines or plant components
Quality control after construction or assembly progress

Fast and seamless recording saves you time, reduces measurement errors and optimises planning processes.

Do you have
any further questions?

Do you have any questions about our products or would you like a personal consultation? Contact us — we'll be happy to help.

Customer reviews

Without the prior 3D scan, the planning would have been much more time-consuming and the error rate would have been significantly higher. The implementation was holistic - including the coordination of fire and explosion protection - and impressed us at every stage.

F. Cardoso

Romande Energie SA

We commissioned Friedli AG to create a digital twin of a large existing plant - as the basis for our construction project. Thanks to the fast and precise recording on site, a model was created that was used by all suppliers for planning purposes. The high information content of the 3D point cloud has always fascinated us and proved to be extremely valuable not only in engineering but also in project meetings.

F. Delhaye

EC Bioenergy Souvans SAS

I was amazed at how quickly and comprehensively such a 3D scan can be carried out. The scan was extremely useful for our expansion project, as not only the plant itself but also the surrounding area with its topography was digitised in detail. A valuable basis for further planning.

R. Kohler

Mühle Heinz Kohler AG