Reverse Engineering
Recovering Design Information.
When the drawings no longer exist
Not every project has a complete design package.
When engineering drawings have been lost, equipment has been modified over time, or replacement components are no longer available, reverse engineering provides a practical way to recover critical design information.
Working from existing components or site measurements, we recreate accurate CAD models and engineering documentation ready for manufacture, modification, or future development.
CAD Development: Creating accurate 3D CAD models from physical components, legacy drawings, or existing equipment.
Engineering Drawings: Producing manufacturing drawings, assembly documentation, and technical information where none previously exists.
More than recreating what's already there
Reverse engineering begins with understanding how the equipment works and which features control its performance. That insight allows weaknesses to be addressed and improvements introduced without losing compatibility with the surrounding system.
Whether replacing obsolete components, modernising machinery, or preparing equipment for future upgrades, we help clients extend the life of valuable engineering assets.
Equipment Upgrades: Developing improved versions of existing components while maintaining compatibility with installed equipment.
Legacy Asset Support: Helping organisations maintain, modify, and document equipment long after original manufacturers or drawings are no longer available.
Our Approach
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Recording Information
We gather information through site measurements, existing components, photographs, legacy drawings, or client documentation.
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Rebuild in CAD
Accurate 3D models preserve critical geometry, interfaces and assembly relationships.
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Explore the Options
We strengthen or simplify the design where appropriate while preserving its function.
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Creating a Useable Record
Complete models and drawings support manufacture, maintenance and future development.
Need to improve existing equipment?
We capture existing equipment and convert it into accurate CAD models with production-ready documentation.
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Transform physical components into accurate digital engineering records.
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Support continued maintenance and operation of legacy machinery and industrial assets.
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Identify opportunities to enhance performance, manufacturability, and reliability during the reverse engineering process.
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Create modern CAD models and documentation that simplify future modifications, maintenance, and replacement part manufacture.
