Ship 3D Laser Scanning
Reality Capture for Marine Retrofit, Compliance, and Engineering Upgrades.
Marine Reality Capture & As-Built Conditions
We provide 3D laser scanning services for ships and marine vessels to capture accurate as-built conditions for retrofit, upgrade, and compliance projects. Using high-precision LiDAR technology, we generate detailed point cloud data of engine rooms, piping systems, structures, and confined spaces—enabling reliable planning and engineering.
Our ship scanning services support complex retrofit projects such as BWTS, EGCS (scrubbers), GHG compliance upgrades, shaft generator integration, wind shield installation, methanol conversion, and pipe replacement. The scan data integrates seamlessly with marine engineering workflows, ensuring accurate design, clash-free installation, and efficient execution.
Our Ship 3D Scanning Services
BWTS (Ballast Water Treatment System) Scanning
Capture existing piping and equipment layouts for accurate BWTS retrofit design and installation.
GHG Compliance & Energy Efficiency Upgrades
Capture vessel data for energy-saving modifications and emission reduction systems.
Wind Shield Installation Scanning
Capture deck and superstructure geometry for wind deflector design.
Scrubber Pipe Replacement
Capture existing piping routes for precise replacement and rerouting.
EGCS / Scrubber System Scanning
Detailed scanning for scrubber retrofits including funnel, piping, and equipment integration.
Shaft Generator Integration Scanning
Accurate scanning of engine room and shaft areas for generator installation.
Methanol Transformation Projects
Scan fuel systems and engine areas for conversion to methanol-based systems.
Engine Room & Confined Space Scanning
High-detail scanning of tight and complex ship environments.
Why Choose Our Ship Scanning?
High-Accuracy in Confined Spaces
Captures complex ship environments with precision.
Retrofit-Ready Data
Supports engineering design for marine upgrades and compliance.
Reduced Dry Dock Time
Accurate data enables faster planning and installation.
Clash Detection Ready
Ensures conflict-free integration of new systems.
Safe and Efficient Data Capture
Minimizes manual measurement in hazardous areas.
Reliable As-Built Documentation
Provides true representation of existing vessel conditions.
Industries We Serve
Marine & Shipping
Cargo vessels, tankers, offshore ships
Shipyards
Retrofit and upgrade projects
Offshore
Platforms and marine structures
Energy
Marine energy and fuel transition projects
Our 3D Laser Scanning Workflow
01
Project Requirement Review
Review:
• Vessel type and retrofit scope
• System requirements (BWTS, EGCS, etc.)
02
Scan Planning and Access Strategy
Plan:
• Scanner positions for confined spaces
• Access and safety planning onboard
03
Onboard Laser Scanning
Capture:
• High-density point cloud of engine rooms, decks, and systems
• Piping, equipment, and structural geometry
04
Point Cloud Registration
Process:
• Align scans into a unified coordinate system
• Ensure accuracy across vessel areas
05
Point Cloud Cleaning & Segmentation
Refine:
• Remove noise and irrelevant data
• Segment systems (piping, equipment, structure)
06
Data Validation & Quality Check
Verify:
• Accuracy and completeness
• Alignment with retrofit requirements
07
Final Data Structuring & Delivery
Organize:
• Ship-ready point cloud datasets
• Structured outputs for engineering and modelling
Deliverables
- Registered point cloud data (.E57 / .RCP/ .RCS)
- Segmented ship scan datasets
- BIM/CAD-ready data for marine engineering
- Scan reports and accuracy documentation
- 2D layouts and drawings (if required) (.DWG / .PDF)
- As-built vessel documentation
Featured Success Story
Frequently Asked Questions
It digitally captures the engine room’s exact geometry using laser or structured light, enabling accurate modeling and maintenance planning.
It ensures precise measurements for retrofitting, repair, maintenance, and avoids costly errors in confined spaces.
Yes, scans help identify clashes, misalignments, or obstructed components, improving safety and retrofit efficiency.
Modern scanners capture detailed data within hours, significantly faster than manual measurements.
Absolutely, it reduces physical access to confined or hazardous areas, enhancing safety during inspection.
Yes, they provide precise dimensions for designing modifications, upgrades, or new installations.
High-resolution scanners capture millimeter-level details, ensuring reliable measurements for engineering tasks.
Yes, detailed digital models help schedule maintenance, track components, and reduce downtime.
Absolutely, data can be exported into CAD or BIM software for modeling, simulation, and planning.
Accurate scans reduce rework, material wastage, and time spent on manual measurements, lowering project costs.