PRECISION TOOLING • MOULDING • MANUFACTURING
End-to-end mould tool development — hardened steel cavities, balanced thermal cooling, precision parting lines, and high-cycle tool longevity engineered for demanding production.
The quality, cycle time, and lifespan of an injection moulding operation depend directly on the structural integrity of the mould tool.
We build single and multi-cavity moulds incorporating hardened steel inserts, balanced runner systems, and high-precision guide pillars that prevent mismatch during millions of clamping cycles.
Every mould undergoes structured design verification, rough machining, heat treatment, precision finishing, and comprehensive trial sampling.
Complete 3D modelling of parting surfaces, side-actions, sliders, lifters, and cooling water circuits.
High-speed CNC milling and precision wire EDM to cut complex cavities, ribs, and micro-features.
Manual spotting, surface polishing, guide pillar alignment, and smooth ejector plate integration.
Sampling run under production conditions to verify component dimensions, cycle time, and ejection behavior.
Share your part 3D model for mold design feasibility, parting analysis, and commercial tooling proposal.