Conventional Die Casting

ALUMINIUM DIE CASTING

Conventional Die Casting

Conventional die casting forces molten metal into a reusable two-part steel mold under high pressure, producing complex parts at scale with consistent precision. The process delivers fast cycle times, tight tolerances, and superior surface finish while reducing secondary operations. Suitable for aluminum, magnesium, and zinc, it supports larger part sizes and runs on hot or cold chamber machines as required.
Built for speed, accuracy, and volume

High-speed production

Lower tooling costs

Dimensional accuracy

Improved surface finish

Larger part capability

Fewer secondary operations

Part-to-part repeatability

High production volume

Process engineered for consistency

Two-part steel tooling with high-pressure injection

Rapid fill, cooling, and solidification for stable cycles

Compatible with hot- and cold-chamber machines

Simpler die mechanics that support longer die life

Designed for materials and programs that scale

Aluminum, magnesium, and zinc alloys

Medium-to-large components requiring higher shot sizes

High-volume programs prioritizing speed and repeatability

Projects pursuing part consolidation to reduce assemblies

Explore other Die Casting Technologies

Hot Chamber Die Casting

High-speed manufacturing process ideal for zinc, magnesium, and other alloys requiring rapid, repeatable precision.

Hot Chamber Die Casting

High-speed manufacturing process ideal for zinc, magnesium, and other alloys requiring rapid, repeatable precision.

Hot Chamber Die Casting

High-speed manufacturing process ideal for zinc, magnesium, and other alloys requiring rapid, repeatable precision.
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