3D Laser Scanning and Data Processing & AS-Build 3D PDMS Model & Poly Mesh 3D

Service: 3D Laser Scanning and Data Processing, As-Built 3D PDMS Model, Poly-Mesh 3D Model
Location: Kosovo B
Time: November 2023 - January 2024

Project Overview

Description:

We conducted 3D laser scanning over three days, capturing data from 377 scanning positions in black and white. The captured data was processed within seven working days using SCENE software and exported in .e57 format.

From the point cloud data, we generated Poly-Mesh geometry to provide a detailed 3D representation of the scanned elements. The processing included the separation and organization of boilers, ducts, metal structures, platforms with equipment, and pipe routes across multiple levels. The resulting 3D data can be used for detailed inspections, condition assessments, engineering analysis, and future planning.

Scope of Work:

1. 3D Laser Scanning and Data Processing:

Conducted 3D laser scanning from 377 scanning positions in black and white.

Processed and registered the captured scanning data using SCENE software.

Exported the processed point cloud data in .e57 format for further processing and engineering use.

2. Poly-Mesh 3D Model Development:

Generated Poly-Mesh geometry from the point cloud data to provide a detailed representation of the scanned environment.

Processed and organized the model to separate key components, including boilers, ducts, metal structures, platforms with equipment, and pipe routes across multiple levels.

Prepared the Poly-Mesh model for detailed inspections and condition assessments of equipment, structures, and other elements.

3. As-Built 3D PDMS Model Development:

Created an As-Built 3D CAD model compatible with SOLIDWORKS.

Structured the model into bodies, parts, sub-assemblies, and main assemblies to improve navigation and usability.

Included key elements such as metal structures, boilers, ducts, equipment, and piping systems.

Key Outcomes:

Detailed Poly-Mesh 3D Model:

Provided a detailed digital representation of the scanned elements for inspection and condition assessment.

Enabled the separation and analysis of key components, providing structured 3D data for future maintenance, engineering analysis, and planning.

Compatible 3D CAD Model:

Created an organized As-Built 3D CAD model compatible with SOLIDWORKS, allowing the engineering team to use the data for further analysis, design development, and planning.

By delivering processed point cloud data, a detailed Poly-Mesh model, and an As-Built 3D CAD model, we provided DORNIER Group with structured digital data for the assessment and future engineering analysis of the Kosovo B1 Unit infrastructure and equipment. The resulting models provide a reliable digital representation of the existing conditions that can support subsequent inspection, analysis, maintenance planning, and engineering activities.