Engineering & Tooling

Reverse Engineering

Replication and replacement of legacy or obsolete components where original supply is unavailable. Work can start from samples, drawings or worn parts.

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  • Samples and worn parts
  • Drawing reconstruction
  • Prototype manufacture
  • Production support

Replacement Parts from Samples, Drawings or Worn Components

Konsa supports reverse engineering where original drawings or OEM supply are incomplete or unavailable. Material condition, wear, tolerances and manufacturability are assessed before manufacture — an exact copy is not always possible. Finished parts can move into CNC machining or tool and die manufacturing when production tooling is required.

Reverse Engineering Process

A practical route from sample review through measurement, reconstruction and manufacture.

  1. Step 1

    Sample and Requirement Review

    Assess the sample, drawing or worn part and clarify the replacement or manufacturing requirement.

  2. Step 2

    Manual Measurement and Inspection

    Dimensional inspection using conventional measuring tools to capture critical features.

  3. Step 3

    Drawing or CAD Reconstruction

    Reconstruct manufacturing information from measured data, drawings or samples where required.

  4. Step 4

    Material and Manufacturing Assessment

    Review material, wear, tolerances and manufacturability before committing to manufacture.

  5. Step 5

    Prototype or Replacement Manufacture

    Produce a prototype or replacement component using CNC and conventional machining routes.

  6. Step 6

    Verification and Production Support

    Verify the result against requirements and support repeat manufacture where approved.

Core Capabilities

Dimensional inspection uses conventional measuring tools. Konsa does not offer 3D scanning as a reverse-engineering process.

  • Component Replication

    Replication of existing components from samples, drawings or worn parts where original supply is unavailable.

  • Legacy Replacement Parts

    Replacement of obsolete or discontinued parts to keep equipment operational.

  • Drawing Reconstruction

    Reconstruction of manufacturing drawings from samples or incomplete documentation.

  • CAD Reconstruction

    CAD model reconstruction from measured geometry where required for manufacture.

  • Dimensional Inspection

    Conventional measurement and inspection of critical dimensions and features.

  • Prototype Manufacture

    First-off or prototype parts produced for evaluation before repeat manufacture.

  • Replacement Manufacture

    Machined replacement components once the manufacturing route is agreed.

  • Production Support

    Support to move reverse-engineered components into repeatable production.

Typical Requirements

These examples illustrate common requirements and do not define the full range of work Konsa can assess.

  • Worn or incomplete original parts
  • Obsolete OEM components
  • Legacy equipment spares
  • One-off replacements
  • Prototype development parts
  • Production handover after approval
Reverse engineering workspace with sample and remanufactured components, drawings, CAD model and measuring tools

Manufacturing and Toolroom Integration

Reverse-engineered components can progress into CNC machining, conventional workshop routes and, where required, toolroom or moulding support under one manufacturing partner.

  • CNC and conventional machining
  • Prototype and replacement manufacture
  • Toolroom support where required
  • Production handover after approval

What to Send for Review

Share as much information as available so suitability can be assessed before quotation.

  • Sample component
  • Existing drawing or sketch where available
  • Material specification if known
  • Critical dimensions or fit requirements
  • Required quantity
  • Required finish
  • Delivery requirement

Jobs are reviewed for workshop suitability before a quotation is prepared.

Why Choose Konsa

  • Practical replacement support

    Focused on keeping equipment running when original parts are unavailable.

  • In-house machining capability

    Reverse-engineered parts can move into CNC and conventional manufacture.

  • Honest manufacturability review

    Material, wear and tolerances are assessed — exact copies are not always possible.

  • Prototype through production

    First-off parts can progress into repeat manufacture when approved.

  • Cross-division support

    Toolroom and moulding support available where the project requires it.

  • Local Boksburg manufacturing

    Direct engineering communication from Konsa's Gauteng workshop.

Related: CNC Machining · Manufacturing Capabilities

Discuss a Reverse Engineering Requirement

Send a sample, drawing or worn component for review. Konsa can assess manufacturability and advise on prototype or replacement manufacture.

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