Reverse Engineering

ACCURATE RECREATION FOR MAINTAINANCE, MODIFICATION AND RESTORATION

3D Scanning

  • High-accuracy 3D scanning for parts, tools, and assemblies

  • Capture complex geometries with fine detail and minimal manual measurement

  • Output formats compatible with major CAD and inspection software

  • On-site scanning available for large or installed components

Mesh & STL Processing

  • Clean-up and optimization of raw 3D scan data for downstream use

  • Repair and watertight sealing of mesh files for 3D printing or CAD conversion

  • Conversion of scan data to high-quality STEP, IGES, or solid models

  • Alignment and registration of multiple scans into a unified model

  • Export formats compatible with SolidWorks, Fusion 360, Inventor, and more

Reverse Engineering & Optimisation

  • Precise CAD reconstruction of scanned parts as editable solid models

  • Redesign and improve existing components for strength, weight, or cost efficiency

  • Add missing features, correct wear or damage, and standardise geometry

  • Optimise for CNC machining, 3D printing, injection molding, or casting

Our Process

1) Discovery - Define goals, performance needs, and constraints

2) Concept Modeling - Draft and iterate CAD models based on feedback

3) Final Design - Develop detailed drawings and production-ready files

4) Delivery & Support - Provide file packages, formats, and revision support