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Liquid Forging

Liquid forging, also known as squeeze casting, is a hybrid manufacturing process that combines elements of both forging and casting.

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Applications

Liquid forging is typically used for applications that require pore-free microstructures and high tensile properties. It is ideal for complex shapes due to its good dimensional accuracy.

01

Aerospace components.

02

Automotive engine and transmission parts.

03

Industrial heavy machinery components.

04

Medical surgical tools and implants.

05

Consumer electronics casings and housings.

How it works

Liquid forging uses a die or mold into which molten metal is poured, high mechanical pressure is applied to the molten metal, and solidification under high pressure to improve the material properties, refine the grain structure, and ensure tight tolerances. This approach is particularly useful for producing parts that require both precision and high-performance material characteristics.

Industries we serve:

Aerospace

Automotive

Consumer Electronics

Data Storage

Industrial

Medical

Features and benefits

Liquid forging combines the benefits of casting and forging, resulting in parts with superior mechanical properties. The high pressure applied during forging eliminates porosity and refines the grain structure, leading to improved strength, toughness, and fatigue resistance.

01

High-performance materials.

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Improved durability and strength.

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Improved fatigue and impact resistance.

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Cost-effectiveness for complex geometries.

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Reduced material waste.

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Near-net-shape manufacturing.

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Improved surface finishing compared to traditional die casting.

Forged to last and delivered fast

Our team leverages liquid forging to deliver high-quality components for volume production.

Scalability

Liquid forging allows for scalability, making it suitable for both low and high-volume production runs. This ensures that customers can meet varying production demands without sacrificing part quality or consistency.

Reliability

The liquid forging process enhances the material's resistance to fatigue and impact, making liquid-forged parts particularly suitable for critical applications where failure is not an option, such as in aerospace, automotive safety components, or high-performance machinery.

Reduced tooling and post-processing costs

The hybrid nature of liquid forging means that the parts are often closer to final specifications, requiring less machining or finishing work. Our approach reduces tooling and post-processing costs, which translates into cost savings for customers.

Unmatched liquid forging capabilities

As your liquid forging partner, we prioritize experience, advanced technology, engineering support, and quality assurance to ensure you receive high-quality parts on time and within budget.
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Mold design and maintenance

Our molds are carefully designed to handle high temperatures and pressures, while ensuring uniform cooling and material distribution. The designs facilitate easy removal of forged parts and prevent defects such as air pockets or cold shuts.

High precision, strength, and complex shapes

High strength, good dimensional accuracy, and the ability to create complex shapes with minimal machining, yielding fine microstructures and high tensile properties, exceeding those of conventional castings.

Process integration

Leveraging our wide range of vertical and horizontal technologies, we increase value for customers, such as integrating plating to minimize overall time to market while reducing costs.

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Cold Forging Progressive Stamping
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Cold Forging
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Meet ENNOVI at
The Battery Show Europe 2026

9–11 June | Stuttgart
Hall 5, Booth C40
Topic: Creating High-Performance Parts with Chemical Etching

  • Enable precise, burr-free metal components for complex designs
  • Explore chemical etching capabilities for high-precision applications
  • Understand where chemical etching fits in modern manufacturing

Schedule a Meeting

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