Start with the functional requirements
Share the mating interfaces, critical dimensions, cosmetic surfaces and service conditions. These details establish which features should be cast and which should be machined.
OUR CAPABILITIES
Mold Design & Engineering
A practical tooling plan begins with the finished part. We review the model, drawing, alloy and target volume to identify the geometry and process decisions that will affect cost, quality and maintenance.
- Design for manufacturability review
- Parting line, draft, wall and rib assessment
- Gating, venting and cooling layout
- Cavity, core, slide and ejection planning
Review before design release
The design review covers the parting line, draft angles, undercuts, wall transitions, flow path and practical access for machining and maintenance. Potential changes are discussed before the tooling specification is approved.
Confirm the project deliverables
The quotation defines the tooling scope, agreed drawings, trial plan and inspection requirements. The production process is selected for the actual component rather than a generic tolerance claim.
CONNECTED CAPABILITIES
Keep the Whole Process in View
Mold Manufacturing
Custom cavities, cores and mold assemblies manufactured to the agreed tooling specification.
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Aluminum Die Casting
Aluminum cast components for housings, lighting, automotive and industrial applications.
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Zinc Die Casting
Detailed zinc alloy components for hardware, locks, fittings and finished assemblies.
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From your drawing.
To your next production run.
Send us the part design, material and quantity. Let’s define the right tooling and manufacturing plan together.
Send Your Inquiry