One Machine. One Forming Cycle. Two Manufacturing Advantages.

Traditional manufacturing typically treats casting and forging as two separate processes.

Casting provides excellent freedom for complex geometry, but conventional cast parts may suffer from porosity, shrinkage, coarse microstructure and uneven local properties.

Forging provides excellent structural performance, but complex components often require multiple forming stages, preforms, additional heating and extensive machining.

Our independently developed equipment combines the strengths of both.

Integrated Liquid-Metal Forming

Molten aluminum is introduced into the die under controlled conditions to create complex component geometry.

Pressure-Assisted Solidification

Pressure is applied during the solidification stage to compensate for shrinkage and improve material density.

Controlled Forging Deformation

Selected areas of the component can undergo further deformation and strengthening under controlled forging pressure.

Integrated Final Forming

Complex geometry and strengthened material structure are produced within one coordinated manufacturing system.

The objective is simple:

Casting freedom + forging-level structural performance.

One of the key advantages of our equipment is the ability to apply mechanical strengthening during the material's critical transition from liquid to solid state.

Conventional casting typically completes shape formation first and relies mainly on solidification to produce the final internal structure.

Our integrated process introduces controlled pressure and deformation during this transition stage.

This can help:

• Compensate for solidification shrinkage

• Reduce internal looseness and porosity

• Break or refine dendritic structures

• Improve material density

• Improve structural continuity

• Strengthen critical load-bearing areas

• Improve consistency between complex sections

• Create near-net-shape high-performance components

This is fundamentally different from simply casting a part and forging it later.

The casting and strengthening processes are engineered as one continuous forming system.

We can develop comprehensive solutions tailored to specific product requirements, encompassing specialized integrated casting-forging machines, processes, materials, and molds. Currently, the company operates a range of vertical and horizontal integrated casting-forging machines with capacities spanning 280T, 400T, 600T, 800T, 1600T, and 2000T, enabling the manufacture of diverse high-strength aluminum alloy components.

Our equipment provides the greatest value when a component presents several manufacturing challenges at the same time.

For example:

Complex geometry + high mechanical performance

Large machining waste + high material cost

Multiple welded components + integration requirements

Casting geometry + forging-level strength expectations

Local load concentration + lightweight design

Large structural variation + dimensional accuracy

High-strength aluminum + near-net-shape manufacturing

Rather than forcing the design into a conventional manufacturing process, we evaluate whether the process can be engineered around the component.