REVERSE ENGINEERING
Reverse Engineering for Performance Manufacturing
Reverse engineering at PeakLine Precision Technologies enables existing components, legacy parts, or undocumented processes to be captured, rebuilt digitally, and re-manufactured to modern precision standards.
How We Execute the Process
Digital Capture
CAD Reconstruction
Engineering Optimisation
Re-Manufacture
Using high-accuracy 3D scanning and metrology techniques, we capture the full geometry of the component — including critical interfaces and complex surfaces.
Scan data is imported into our CAD environment, where engineers rebuild the component as a clean, parametric 3D model.
This stage includes:
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Surface refinement
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Feature definition
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Tolerance application
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Design-for-manufacture evaluation
The result is a fully controlled digital model.
Where required, we refine geometry, improve manufacturability, or enhance structural integrity before production.
The validated CAD model transitions directly into CAM programming and production across:
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3-axis CNC milling
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Simultaneous 5-axis machining
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Wire EDM
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Additive manufacturing for complex or hybrid components
This integrated workflow ensures dimensional accuracy, repeatability, and production scalability.
Our reverse engineering capability is built on professional-grade scanning and metrology platforms engineered for accuracy and data integrity. The hardware below forms the foundation of our digital capture process, ensuring precise geometric acquisition prior to CAD reconstruction and controlled re-manufacture.
Creaform HandySCAN 3D
The HandySCAN 3D Black Series forms the backbone of our reverse engineering capability. Metrology-grade blue laser technology combined with dynamic referencing enables high-resolution surface capture, accurate geometric definition, and reliable data acquisition directly within a production environment.
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Why Peakline uses Creaform HandySCAN 3D?
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Metrology-grade accuracy for precision manufacturing
High-resolution capture of complex surfaces and fine features
Stable performance on machined and reflective metal components
Portable system suited to varied component sizes and environments
Technical Capability:
Accuracy up to 0.025 mm (25 microns)
High measurement repeatability
Fine mesh resolution for detailed feature reconstruction
Blue laser technology for improved surface definition
This platform allows us to convert physical components into clean, production-ready digital models with dimensional integrity and reconstruction confidence.
Autodesk Fusion 360
Fusion 360 is the core of our CAD reconstruction and manufacturing workflow. After scan capture, geometry is rebuilt as a fully parametric, production-ready model — ensuring dimensional control and manufacturability from the outset.
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Why PeakLine Uses Fusion 360?
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Parametric Modelling
Converts scan data into clean, editable solid models with defined
features and tolerances.
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Integrated CAD & CAM
Seamless transition from reconstruction to CNC and EDM programming within a single platform.
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Design for Manufacture
Geometry can be refined and optimised to suit 3-axis, 5-axis, or Wire EDM processes before machining.
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Associative Workflow & Simulation
Model updates automatically drive toolpath revisions, supported by collision checking and machining simulation.
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This integration ensures reverse engineered components move efficiently from physical part to controlled digital model — and directly into production.
