Case Study
Heavy Engineering Boiler unit Digitization
Sector
- Heavy Engineering
Service
- 3D Laser Scanning & As-built Modelling
Location
- Gujarat, Hazira
Client Profile
Heavy Engineering
Tools & Technologies Used
- FARO FOCUS
- FARO SCENE
- Parametric Modelling software
Project Impact
High-precision equipment geometry capture
Manufacturing-ready CAD models
Reduced rework, faster production
Business Requirement
The client required comprehensive reverse engineering documentation of all machinery in their machine shop to support future maintenance and component replacement. They needed accurate as-built models and detailed drawings of existing machines to facilitate retrofitting changes and identify optimal repair strategies. This documentation would serve as a critical reference for spare part manufacturing and equipment restoration initiatives.
Proposed Solution
We performed high-resolution 3D laser scanning of all machine shop equipment using FARO Focus technology to capture precise geometric data. The scanned point clouds were processed through FARO SCENE and converted into detailed as-built models and technical drawings suitable for reverse engineering applications. These comprehensive documents enabled the identification of required modifications, retrofitting specifications, and component replacement requirements with exact dimensional accuracy.
Challenges Faced
The project was executed seamlessly with effective planning and coordination across all machinery assessment activities. Our experienced team efficiently managed scanning operations within the operational machine shop environment. All reverse engineering deliverables were completed on schedule meeting the client’s quality and accuracy specifications.
Outcome
Comprehensive as-built reverse engineering documentation enabling accurate machine maintenance, retrofitting, and component replacement for all machine shop equipment.
Scan to Reverse Engineering Comparison
Slide to compare original machine shop equipment with high-fidelity 3D point cloud and as-built reverse-engineered model generated from our LiDAR scanning workflow.
