Mechanical & Field Services
On-Site 3D Scanning
On-Site 3D Scanning for Reverse Engineering and Wear & Deformation Analysis
Portable 3D scanning at your plant to capture accurate geometry of worn, obsolete, or undocumented parts, producing CAD models for replacement manufacturing and scan-to-CAD comparison reports for wear and deformation.
Key Service Capabilities & Features
Portable high-accuracy 3D scanning performed on site, often without removing the part
Reverse engineering of worn or obsolete parts into editable CAD models and drawings
Scan-to-CAD and scan-to-scan comparison with colour deviation maps
Quantified wear, erosion, and deformation measurement for repair or replacement decisions
Scan data ready for in-house manufacturing of replacement parts
Industrial Challenges & Failures We Resolve
Spare parts with no drawings, discontinued by the OEM, or with long lead times
Worn components where the original geometry must be rebuilt before remanufacture
Unknown wear rate on impellers, rotors, liners, refiner plates, and chutes
Shell ovality, bending, or distortion that is hard to measure with hand tools
Replacement parts that do not fit because the installed condition differs from the drawing
Standard Scope of Work & Repair Methodology
1
Site survey and scan planning, including targets and access during shutdown windows
2
On-site 3D scanning of components or equipment areas
3
Point cloud processing and mesh generation
4
Reverse engineering into CAD models and 2D manufacturing drawings
5
Deviation analysis report comparing scan with CAD or previous scans
6
Optional manufacture of replacement parts from the scanned data
Target Industries & Operational Environments
Pulp & Paper Mills
Power & Energy Sector
Mining & Mineral Processing
Palm Oil Mills
Petrochemical & Gas Processing
Manufacturing & Steel Works
Materials, Elastomers & Technical Equipment
Portable 3D Scanner
Scanning Targets & Reference Markers
Point Cloud & Mesh Processing Software
CAD Modelling Software