The fourth industrial revolution is the information age. Industry 4.0 is a concept of technological transformation in industry that integrates intelligent machines, information systems and people to create an integrated manufacturing environment. Technologies such as CAx, the Internet of Things (IoT), artificial intelligence (AI) and big data, Industry 4.0 uses to automate processes, holistically manage data and improve quality. However, there are also new challenges. Modern design, manufacturing and quality control methods in engineering and industry require a high level of investment in modern hardware and software, as well as skilled personnel who can exploit the possibilities of new technologies.
What are CAx systems?
CAx systems, or Computer Aided Technologies, are integrated digital tools that support engineering and manufacturing processes in industry. They include systems such as:
- CAD (Computer Aided Design) – design support, creation of geometric models and technical documentation.
- CAM (Computer Aided Manufacturing) – supporting manufacturing by integrating design and production phases, especially in the context of automation and robotisation.
- CAE (Computer Aided Engineering) – support for engineering calculations, most often related to strength analyses using methods such as the finite element method (FEM).
- CAP (Computer Aided Production) – support for production planning.
- CAQ (Computer Aided Quality) – support for quality assurance in production processes, including the use of NDT technology.
At PROram, we specialise in the use of modern industrial metrology technologies in QA and QC systems
Industrial metrology, welding inspection, NDT testing and QA systems in the welding and offshore sectors
In the welding and offshore sector, quality control (QA) is an important part of any project and is responsible for the safety of the structure.
An example is the use of advanced metrology technologies such as 3D laser scanning and weld inspection with integrated measurement systems. This is PROram’s speciality. We use NDT technologies to precisely analyse load-bearing structures, detect welding defects and assess compliance with standards. This is particularly important in offshore structures exposed to extremely harsh conditions. Learn more from Valhall Field Case Study.
DNV (Det Norske Veritas) standards
DNV (Det Norske Veritas) standards are comprehensive guidelines used in industry sectors such as offshore, energy, welding, oil and marine. They cover the design, construction, operation and quality control of structures and installations. They ensure their compliance with international standards such as ISO, SOLAS and MARPOL.
Examples include
- DNV-ST-F101 for submarine pipelines,
- DNV-ST-N001 for offshore structures,
- DNVGL-ST-0126 for wind turbines.
DNV standards support precision design (CAD/CAE), quality assurance (QA) and non-destructive testing (NDT). Helping to minimise risk, increase efficiency and meet stringent safety requirements.
PROram – QA experts
Such activities fit perfectly with PROram’s strategy. We offer advanced metrology and QA services, supporting customers in welding, offshore and quality control processes. PROram carries out complex projects – from architectural inventories using laser scanning to quality control and final non-destructive testing.
One important area of PROram’s work is the dimensional control of large load-bearing structures using 3D scanning and industrial laser metrology. This data is then processed in CAD systems, enabling precise evaluation of design compliance. An example is the measurement of a field bridge for the military.
PROram: the technology of the future for the offshore and welding sectors
The use of CAx systems in industry improves process efficiency and reduces costs.
PROram are experts in modern industrial metrology and welding. The company supports its customers with even the most demanding projects. If you are looking for support in quality control or process optimization, PROram is the right partner. Make use of our expertise and experience.
