Product Engineering and Reverse Engineering

Turn an existing part into a production-ready design.

Reverse engineering, design support and dimensional capture connect customer surfaces to a manufacturable component definition.

01

Capture

Physical references are scanned, measured and translated into controlled geometry for development review.

02

Definition

Customer surfaces and functional requirements are developed into mouldable part definitions.

03

Release

Approved geometry moves into mould-flow, cooling analysis and tool design through one engineering chain.

01
The engineering sequence begins with a defined functional requirement.
Requirement definition
Clarify function, interfaces, material intent and the evidence required for release.
Discuss the programme
02
Geometry capture
Scan or measure the part and prepare an accurate production design.
03
Engineering resolves component definition before the tooling release.
Product definition
Develop the surfaces, interfaces and component features required for moulding.
04
Analysis links component intent to the practical tooling and process route.
Manufacturability review
Review mould flow, cooling, split strategy and process constraints as applicable.
Review tooling
05
Measurement requirements are agreed before programme release.
Validation plan
Define dimensional comparisons, critical characteristics and functional evidence.
Review validation
06
Approved product intent moves into tool manufacture through a controlled handoff.
Tooling handoff
Transfer approved geometry and engineering decisions into controlled tool development.
Review tooling

Product Engineering and Reverse Engineering programme gates
Stage	Review focus	Expected output
Input	Application and requirement	Agreed scope
Engineering	Manufacturability and process	Defined route
Validation	Critical characteristics	Release evidence
Handoff	Records and ownership	Controlled transfer

Engineering work that resolves the component before tooling.