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Reverse Engineering

3D scanning, CMM measurement, and CAD reconstruction of legacy parts and obsolete tooling — rapid re-tooling with full documentation and DFM analysis.

Advanced Reverse Engineering Solutions

System Dies & Mould provides advanced reverse engineering solutions for legacy components, worn-out parts, and obsolete tooling where original drawings or CAD data are unavailable. Using high-precision 3D scanning, CMM inspection, and CAD reconstruction technologies, we accurately capture complex geometries and recreate complete digital models for manufacturing and product redevelopment.

Our engineering team converts scanned data into fully detailed CAD models, production drawings, and manufacturable tooling designs with complete dimensional validation. Whether it is an automotive component, industrial machine part, mould insert, or fabricated assembly, we ensure precise replication while identifying opportunities for design improvement and production optimization.

With rapid re-tooling capabilities and comprehensive DFM (Design for Manufacturing) analysis, System Dies & Mould helps manufacturers reduce downtime, extend equipment life, and restore critical production components quickly and cost-effectively.

Reverse engineering and 3D scanning

Reverse Engineering
Capabilities

01

CMM Inspection & Dimensional Analysis

Coordinate Measuring Machine (CMM) inspection for precise dimensional verification of critical features, ensuring the reconstructed model accurately replicates the original component specifications.

02

CAD Reconstruction & Modelling

Conversion of scanned point cloud data into fully parametric 3D CAD models — ready for manufacturing, tooling design, simulation, and product development workflows.

03

Production Drawings & Documentation

Generation of complete 2D engineering drawings, GD&T callouts, and manufacturing documentation from the reconstructed CAD model for seamless handover to production.

04

DFM Analysis & Design Optimisation

Design for Manufacturing (DFM) review during reconstruction — identifying opportunities to improve producibility, reduce cycle times, enhance durability, or update designs for modern manufacturing processes.

05

Rapid Re-Tooling

Fast-track tooling design and manufacture based on the reconstructed CAD data, minimising production downtime and restoring critical manufacturing capability quickly and cost-effectively.

Where We Apply
Reverse Engineering

Legacy & Obsolete Components

  • Discontinued machine parts
  • Legacy automotive components
  • Obsolete industrial equipment parts
  • Vintage tooling and fixtures

Tooling & Mould Recovery

  • Worn press tool reconstruction
  • Damaged mould insert recovery
  • Fixture and gauge replication
  • Die and punch reproduction

Engineering & Analysis

  • Competitor product benchmarking
  • Design improvement studies
  • Prototype digitisation
  • As-built vs. nominal comparison

Precision Reconstruction & Validation

Every reverse engineering project is executed with rigorous dimensional verification to ensure the reconstructed model and re-tooled components match the original part geometry with the accuracy required for production use.

CMM verification of critical dimensions
Full parametric CAD model deliverable
Complete 2D drawings and GD&T documentation
DFM analysis on every reconstruction
Dimensional report included with every project

Industries We Serve

  • Automotive & transport
  • Industrial machinery & equipment
  • Aerospace & defence
  • Oil, gas & energy
  • Consumer goods manufacturing
  • General engineering & fabrication

Why Choose System Dies & Mould

  • High-accuracy 3D scanning & CMM measurement
  • Full CAD reconstruction with parametric models
  • DFM analysis to optimise for manufacturability
  • Rapid re-tooling to minimise production downtime
  • Complete documentation & dimensional reports
  • Competitive pricing & fast project turnaround

Need a Part Reverse Engineered?

Send us your component, sample, or description — our engineering team will assess the project and respond with a technical proposal and quotation within 24 hours.

Request a Quote →