Project Description
Euler Engineering was engaged to reverse engineer an existing mechanical component where original drawings and manufacturing data were unavailable. The component exhibited wear and surface degradation, requiring accurate capture of its true geometry to support redesign, refurbishment, or replacement.
Scope & Methodology
-
Performed high-resolution 3D laser scanning of the existing component
-
Captured complex cylindrical geometry, flanges, mounting bases, and bolt patterns
-
Processed scan data into a clean, registered point cloud
-
Used the scan data as a reference to develop an accurate parametric CAD model
-
Interpreted worn and damaged surfaces to reconstruct nominal geometry suitable for manufacture
-
Produced a fully defined 3D model aligned to real-world measurements
Outcome & Value
-
Delivered an accurate CAD model from an existing physical component with no drawings
-
Enabled manufacture or redesign without relying on manual measurement
-
Reduced risk of dimensional errors when replacing critical components
-
Provided a digital asset suitable for future maintenance, spares, and design updates
-
Significantly shortened turnaround time compared to traditional reverse-engineering methods
Accuracy
-
Millimetre-level accuracy achieved through laser scanning
-
Model suitable for fabrication, machining, and engineering documentation