3D Laser Scanning
What is 3D laser scanning? 3D laser scanning is used for measuring/monitoring the dynamic behaviour of both rotating and static equipment and associated systems like foundations and piping.
3D scanning is applied in industries more and more. The most common application is to scan an entire plant or production hall for engineering purposes.
AVT Reliability BV (formerly Van Geffen Reliability) performs advanced 3D geometrical analyses directly on measured point clouds, rather than simply generating 3D models.
This analysis-driven approach allows us to extract meaningful engineering insight from measurement data, supporting accurate diagnosis, decision-making, and long-term reliability improvements.
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Focused on dynamic behaviour While the field of application for 3D scanning is broad, our work strongly focuses on measuring and monitoring the dynamic behaviour of rotating and static equipment and their associated systems. This includes machinery, foundations, piping systems, and supporting structures where movement, deformation, or alignment changes influence operational performance. |
Project scope Our projects range from single-event measurements, such as scanning a bridge following suspected damage or collision, to high-precision quality control scanning of new-build components. At the complex end of the spectrum, we perform long-term monitoring of turbine and compressor modules on offshore installations, tracking alignment and deformation changes over time. |
By combining high-resolution 3D laser scanning with engineering-led analysis, we provide actionable insight into structural behaviour that cannot be achieved through modelling alone.
We perform advanced 3D geometrical analyses directly on measured point clouds, enabling engineering insight rather than just visual models.
Dynamic behaviour focus
Our work focuses on rotating and static equipment, foundations, piping, and structures where movement and alignment changes affect performance.
Projects range from one-off damage assessments to long-term monitoring of offshore turbine and compressor installations.
Main Services
AVT Reliability provides a range of dimensional surveying solutions that deliver clear, actionable insight. 3D laser scanning is applied where conventional measurement techniques are insufficient or impractical.
Verification of components, assemblies, and installations against design tolerances.
Accurate capture of existing geometry to support redesign, replication, or upgrade projects.
Generation of reliable geometry input for structural and deformation simulations.
Identification and monitoring of movement, distortion, and alignment changes over time.
Main Services
Our dimensional surveying solutions use 3D laser scanning to deliver insight where accuracy and scale are critical.
Trouble shooting / (deformation) measurementsOne of the most powerful applications of laser scanning is deformation analysis. It allows our surveyors to conduct comprehensive inspections of structures and machinery where deformation is suspected, enabling clear identification of root causes. Compared to conventional survey methods, laser scanning represents a major step forward. The entire analysis can be performed from a single point cloud dataset, making investigations more accurate, more comprehensive, and significantly more cost effective. |
Quality inspection & controlQuality inspection is one of the most common applications of 3D scanning. In competitive manufacturing environments, precise, accurate, and repeatable inspection processes are essential to ensure product quality and consistency. 3D scanning accelerates inspection by creating detailed digital models of manufactured components. These models can be evaluated against design tolerances, ensuring every critical area of the part meets specification. |
Reverse engineeringReverse engineering is frequently required when CAD data is unavailable or outdated. 3D scanning captures complex geometries accurately, enabling the creation of reliable digital models for redesign, replication, or upgrade. Access to high-quality CAD data early in the process reduces uncertainty, minimises rework, and significantly improves overall project efficiency. |
Finite Element Analysis / FEAFinite Element Analysis is commonly used to predict how structures respond to forces such as heat, vibration, pressure, and fluid flow. These simulations are critical in industries where safety and reliability are paramount. Accurate 3D scan data provides high-quality digital models, directly improving the reliability of FEA and CFD simulations. The more precise the geometry, the more dependable the analysis results. |
Industries & applications
Operating worldwide, our highly experienced industrial surveyors undertake a wide range of complex technical surveys. These activities are particularly focused on steel construction, shipbuilding and repair, machinery and equipment manufacturing, marine surveying, and surveying activities within the process industry.
Industries & applications
Our industrial surveyors support steel construction, shipbuilding and repair, machinery manufacture, marine surveying, and the process industry on a global scale.
Local service backed by global support
- 24 hours a day, 7 days a week, 365 days a year
- Clear detailed reporting with actionable insights
- Expert support and consultation
Local service backed by global support
- 24 hours a day, 7 days a week, 365 days a year
- Clear detailed reporting with actionable insights
- Expert support and consultation
