Advanced portable 3D scanning used for virtual blue-fit testing

Speed - Accuracy - Cost-saving

Why Choose 3D Scanning for Marine Repairs?

3D scanning captures virtual surface geometries and enables advanced measurements for techincal validation and evaluation. This can reduce the risk of errors, costs, and downtime.

Our advanced 3D scanning technology allows us to:

Capture full geometry for accurate reproduction of components
Verify geometric features such as flatness, linearity, parallelism, perpendicularity, and more
Analyze complex geometries without dismantling parts
Detect deformation and misalignment with pinpoint precision
Perform virtual blue-fit testing to ensure precise fit — whether for new components or repaired parts
Provide data-based decision-making support to our clients
It saves time and money and can help lower CO2 emissions by eliminating the need to transport heavy equipment.

Our portable 3D scanning result in action

On-Site or In-House — We Bring Precision to You

Our advanced portable 3D scanning and measurement technology delivers highly accurate assessments

This technology enables us to achieve exceptional results without needing complete disassembly, significantly accelerating the repair process and improving efficiency.

Our 3D scanning setup combines handheld equipment with advanced photogrammetry technology, allowing us to capture precise measurements across a wide range of component sizes and geometries. Whether scanning compact parts or large-scale structures, our flexible equipment ensures high accuracy and reliable data—both in the workshop and on-site.

Our engineers are highly skilled in processing and interpreting the data, ensuring that each repair is carried out precisely with a reliable data analysis report.

3D scanning - Advanced data mangement

Accurate and Reliable Data Anywhere in the World

Read more about some of the jobs we carry out utilizing 3D scanning benefits:

3D Scanning of Fixed Propellers & Blades

Our portable 3D scanning technology delivers high-precision measurements of fixed propellers and blades directly on-site, eliminating the need for disassembly. We can scan and analyze the blades, their pitch, and other key geometries, saving time and avoiding costly dismantling. The detailed digital model of each blade captures essential features such as pitch, curvature, and profile, enabling accurate comparisons, damage assessment, and wear analysis. If a new blade is required, the captured geometry ensures precise replication.

3D Scanning of Propeller Shaft Cone

By scanning the propeller shaft cone, we can measure its dimensions with high accuracy, allowing us to manufacture cones that are nearly a perfect fit. This eliminates the need for oversized parts that require time-consuming and costly on-site machining. The result is a more efficient, plug-and-play solution, ensuring an optimal mechanical fit between the shaft and the propeller.

3D Scanning of Rudder Blade Cone

Our engineers perform high-precision 3D scans of the rudder blade cone to obtain exact geometry for machining the matching surfaces on the tiller and upper rudder stock cone.

This is advantageous when the rudder cannot be transported to our workshop due to size.

Using detailed scan data, we can tailor the machining process to achieve a close fit between components — which can often significantly reduce on-site fitting time, of course, depending on the condition of the existing parts.

3D Scanning of Rudder Blade

We utilize cutting-edge 3D scanning technology to provide highly accurate assessments of rudder blade deformations. This innovative method allows us to precisely measure critical parameters such as bending, dimensions, and angles. Based on these precise measurements, we carry out tailored repairs that involve replacing specific plates and reinforcing the structure by welding.

3D Scanning of Crane Foundations

We offer 3D Scanning of crane foundations and support structures on vessels or offshore installations. The scan delivers a detailed overview of dimensions, alignment, and potential deviations — useful for planning retrofits, verifying installation tolerances, or preparing for crane replacements.

3D Scanning of a Gearbox

When gearboxes are disassembled, our 3D scanning service can capture precise geometries of the housing and gearbox flatness along with measurements of centerline distance, parallelism, and other geometric features. This is useful for reverse engineering and alignment checks. With high-resolution scans, you gain comprehensive digital documentation of the gearbox for repair or record-keeping purposes.

3D Scanning of an Intermediate Shaft Bearing (Disassembled)

Intermediate shaft bearings play a critical role in propulsion systems. When disassembled, we use 3D Scanning to analyze the bearing’s surfaces, housing dimensions, and alignment interfaces. This data supports the production of new parts or ensures correct reinstallation, maintaining optimal shaft alignment and mechanical performance.

Case Study: From 3D scan to sea-ready

Swift Propeller Repair on National Geographic Endurance

We were brought in to diagnose and resolve an issue with noise and vibration from the propellers on the National Geographic Endurance, starting with a 3D scan of both the entire port and starboard propellers, including all five blades, the hub, and the hub cover—without needing to dismantle them.

To conduct the 3D scans we placed around one thousand reference markers across each propeller. Detailed evaluation of blade cross sections from the 3D scan data showed critical deviations, and corrective actions were defined. Next, we traveled to the shipyard and completed the on-site modifications and propeller repairs in just two days.