Production dies engineered for reliable filling, controlled cooling, repeatable part quality, and the demands of high-volume die casting.
We review part geometry, draft, parting lines, wall thickness, ribs, bosses, and undercuts to establish a practical die design before tool development.
We review wall thickness, draft, parting lines, fillets, ribs, and undercuts before die development. Required changes are identified to improve castability and production quality.
We develop the die layout around the part geometry and production requirements, including cavity configuration, gating, ejection, cooling, and die construction.
Approved die components are machined, EDM-processed, fitted, and assembled to produce the complete production tool.
The completed die is trialed to produce initial castings. We review part dimensions, filling, ejection, flash, and overall tool performance, then make required adjustments.
After trial adjustments and approval, the die is validated for production and prepared for transfer into the manufacturing process.
Choose die materials based on casting alloy, thermal cycling, wear, toughness, production volume, and the expected tool life.
Standard hot-work die steel
A widely used hot-work tool steel offering a balanced combination of toughness, heat resistance, and wear resistance.
High-toughness die steel
Provides good toughness and thermal-crack resistance for dies exposed to repeated thermal cycling.
Extended tool life die steel
Higher-performance die steels can be selected when production volume, thermal fatigue, wear, or tool life demands exceed standard die-steel requirements.
Die casting tooling combines engineered cavity design, controlled gating and cooling, robust die construction, and repeatable tool performance for production casting.
Single-cavity, multi-cavity, and family die configurations can be developed around part geometry and production requirements.
Gating and runner systems are designed to support controlled metal flow, filling, and casting quality.
Cooling channels are designed to manage die temperature, solidification, cycle stability, and tool performance.
CNC and EDM processes are used to produce accurate cavities, inserts, slides, and functional die features.
Robust die construction and controlled manufacturing support consistent casting geometry across production runs.
Trial casting and tool inspection confirm die performance before release into production.
Tooling capabilities depend on part geometry, casting alloy, die configuration, production volume, machine requirements, and tool design.
Die cavity surfaces can be prepared for appearance, release, wear resistance, or controlled texture. The final die finish is selected around the casting material, part geometry, and production requirements.
From automotive and electronics to industrial equipment, consumer products, and hardware, die casting tooling supports the production of complex and repeatable components across a wide range of industries.
Production dies for housings, brackets, and vehicle components.
Tooling for device housings, frames, and compact components.
Dies for motor housings, brackets, and machine components.
Production tooling for handles, fittings, housings, and functional parts.
Tooling for connectors, controls, housings, and hardware components.
Production dies for equipment housings, mounts, and compact enclosures.
We can manufacture custom die casting tooling for aluminum and zinc components, including production dies, inserts, and tooling for complex part geometries.
Yes. We can review your part for draft, wall thickness, parting lines, ribs, bosses, undercuts, gating, cooling, and other tooling considerations before die development.
Yes. T1 trial castings can be produced from the completed die and reviewed for dimensions, filling, ejection, flash, and overall tool performance before final validation.
Yes. We can support the tooling process through DFM review, die design, CNC and EDM machining, assembly, T1 trials, tool corrections, and final validation.
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From die design and tool development to die trials, sample validation, process optimization, and production approval, we provide complete die casting tooling support for projects of every scale.
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