Product detail
Rubber Mold Dies & Tooling
Precision tooling that underpins repeatable moulding and extrusion – from prototype inserts to hardened steel multi-cavity dies.
Our tool room designs, machines and maintains compression, transfer and injection moulds, keeping production agile and cost-effective. Die iterations move fast because the tooling engineers sit alongside production.
Why it works
- Concurrent engineering spots part-to-tool challenges before steel is cut.
- Modular tooling and cavity inserts reduce downtime for product refreshes.
- Preventive maintenance programs to extend tool life and safeguard quality.
How we manufacture
- CNC machining, EDM, grinding and polishing
- 3D CAD/CAM with flow simulation to optimise fill and cure
- Tool validation with first-article inspection and capability studies
Quick facts
- Tool types
- Compression, transfer, injection
- Materials
- Aluminium, P20, H13, HDS, OHNS
- Lead times
- Prototype 2 weeks, production 4–6 weeks
Materials we recommend
- Aluminium and P20 for rapid sampling
- H13, HDS and OHNS steels for high-volume or aggressive compounds
- Beryllium copper inserts for targeted heat control
New product introduction
Quick-turn soft tooling to validate geometry, followed by production-hardened moulds with interchangeable inserts.
Tool transfer programs
Reverse engineering, refurbishment and validation for tools moving from other suppliers or geographies.
Complex multi-material parts
Over-mould and insert tools that integrate metal, plastic and rubber elements into a single component.
Quality commitments
- Dimensional inspection of critical tool features
- Trial reports with cavity balance and cure validation
- Documented maintenance and repair history
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