Engineering services

From product geometry to production-oriented tooling.

Flexible, clearly scoped support for product manufacturers, toolrooms, moulders and engineering teams.

Plastic Product Design

Manufacturing-oriented modelling and correction.

CAD Conversion

Reliable reconstruction and production-ready exchange files.

DFM Review

Early visibility into mouldability and cost risks.

Core & Cavity

Parting, shut-offs, extraction and preliminary tooling strategy.

Complete Mould Design

Systems, drawings, BOM and controlled release documents.

Modification & Support

Engineering changes, troubleshooting and simulation support.

01 / Product

Plastic Product Design

Develop or correct component geometry with moulding and downstream tooling in mind.

  • 3D product modelling
  • Product detailing
  • Wall-thickness optimisation
  • Draft development
  • Ribs, bosses and snap-fit features
  • Material considerations
  • Manufacturing-oriented correction
  • Production drawing support

02 / Data

CAD Conversion

  • 2D-to-3D conversion
  • Model clean-up
  • STEP and IGES preparation
  • Production drawings
  • File-format conversion
  • Legacy drawing reconstruction

03 / Validate

DFM Review

  • Draft and wall-thickness analysis
  • Undercut identification
  • Sink and warpage risk
  • Rib and boss review
  • Parting-line recommendation
  • Preliminary gate strategy
  • Ejection observations
  • Mould-complexity reduction
View Paid DFM Review

04 / Tooling

Core and Cavity Development

  • Parting-line development
  • Shut-off surfaces
  • Core and cavity extraction
  • Inserts
  • Sliders and lifters
  • Preliminary tooling strategy

05 / Complete system

Complete Injection Mould Design

  • Mould-base selection
  • Runner and gate design
  • Cooling, venting and ejection
  • Slides and lifters
  • Assembly and component drawings
  • Bill of materials
  • Standard-component coordination
  • Release documentation
Understand the design scope

06 / Improve

Mould Modification and Troubleshooting

  • Engineering changes
  • Interference corrections
  • Mould-improvement drawings
  • Trial-feedback incorporation
  • Product modifications
  • Tooling modifications

07 / Reconstruct

Reverse Engineering

  • CAD reconstruction from drawings
  • Models from accurately supplied measurements
  • Scan-data processing support
  • Replacement-component modelling

08 / Analyse

Simulation Support

Mould-flow analysis and advanced simulation are separately scoped. Feasibility and output depend on suitable product data, accurate material information and access to appropriate licensed analytical tools. Simulation findings support engineering judgment; they do not replace verified production trials.

Which scope fits your component?

Share the available data and production objective. We will recommend the appropriate starting point and quote it clearly.

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