Melt delivery
Runner, gate, flow path and material-related design inputs.
Injection mould engineering
Core and cavity development through complete mould-design documentation, clearly separated from product design and mould manufacturing.
Submit Your Component for ReviewScope clarity
| Stage | Primary purpose | Typical output |
|---|---|---|
| Product design | Define the plastic component | 3D part model and product details |
| DFM review | Assess manufacturability before detailed tooling | Risk observations and recommendations |
| Core & cavity | Develop parting and moulding geometry | Core, cavity, inserts and preliminary actions |
| Complete mould design | Coordinate the full tool | Assembly, systems, drawings, BOM and release package |
| Mould manufacturing | Produce, assemble and trial the physical tool | Manufactured mould and trial results; supplied by the selected toolroom |
System thinking
Runner, gate, flow path and material-related design inputs.
Heat removal, circuit access, sealing and manufacturability.
Air evacuation at appropriate parting and flow-end locations.
Mould base, support, alignment, loads and maintenance access.
Release method, balanced force, stroke and component protection.
Side actions, undercut release, guidance, locking and travel.
Selection and coordination of reliable, replaceable elements.
Fit, access, drawing clarity and service considerations.
Design inputs
Component CAD alone is rarely enough. Resin and shrinkage, finish, tolerances, expected volume, cavities, moulding machine, preferred standards and toolroom requirements influence the design.
See the input checklistWe will assess the available inputs and recommend whether to begin with DFM, core and cavity development or a complete mould-design scope.
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