A forming route designed for complex, dense and high-performance aluminum components. Addressing the pain points of ordinary die-cast parts, such as the inability to weld, heat treat, anodize, and cast deformable aluminum alloys, we have independently developed an integrated casting and forging process and an integrated forming machine.

Our equipment creates the greatest value when geometry, performance and manufacturing efficiency must be solved at the same time.

Complex Geometry + High Strength
When conventional casting provides the shape but cannot deliver the required structural performance.
High Machining Waste
When large billets or thick plates require excessive CNC material removal.
Multiple-Part Assemblies
When several cast, forged, machined or welded parts could potentially be integrated into one structure.
Local High-Load Areas
When specific regions require greater density or structural reinforcement.
Lightweight Structural Design
When steel or multi-piece structures need to be redesigned in high-strength aluminum.
Difficult Forging Geometry
When traditional forging requires excessive preforming, multiple dies or extensive secondary machining.

As a pioneer in integrated casting-forging technology, we have actively participated in the development of industry standards related to casting-forging equipment, high-performance aluminum components and integrated forming technologies.

These standards represent our contribution to advancing manufacturing practices, improving technical consistency and promoting the industrial application of next-generation aluminum forming technologies.

Our innovation capability is not only reflected in patented technologies, but also recognized through participation in the development of industry standards for advanced aluminum forming technologies.