Enabled Engineering

Our Core Innovations: SolidStir® Technology

SolidStir® is a cutting-edge solid-state manufacturing technology that redefines how materials are manufactured. Leveraging principles of friction stir, SolidStir® enables additive manufacturing (AM) and extrusion.

In SolidStir® AM, we offer a layer-by-layer build without melting, enabling superior mechanical properties, reduced defects, and enhanced surface finishes. In SolidStir® Extrusion applications, we facilitate the seamless production of complex profiles. Engineered for high performance and sustainability, SolidStir® opens new possibilities across aerospace, automotive, energy, and beyond.

Salient Features of SolidStir® Technology

Fully dense, consolidated deposits

Fully dense, consolidated deposits

Wrought metal microstructure and properties

Wrought metal microstructure and properties

Lubricant-free manufacturing

Lubricant-free manufacturing

High build rates and lower build forces

High build rates and lower build forces

superior interlayer bonding

superior interlayer bonding

Flexibility in feedstock size/shape

Flexibility in feedstock size/shape

Independent control of shear deformation

Independent control of shear deformation

Better control of deposit resolution

Better control of deposit resolution

Site-specific in-situ alloying and composite fabrication

Site-specific in-situ alloying and composite fabrication

Gradient builds in a single step

Gradient builds in a single step

Allows new material development

Allows new material development

Modular machine design
Modular machine design
Scalable for high build rate

Scalable for high build rate

Flexible and rapid expansion

Flexible and rapid expansion

Miniaturized to mount on industrial robots

Miniaturized to mount on industrial robots

Milling machines can be adapted

Milling machines can be adapted

Advancing the frontiers of possibilities with our patented SolidStir® manufacturing solutions!

SolidStir® is a cutting-edge solid-state manufacturing technology that redefines how materials are manufactured. Leveraging principles of friction stir, SolidStir® enables additive manufacturing (AM) and extrusion.

SolidStir® Additive Manufacturing

SolidStir® Additive Manufacturing is a novel solid-state AM process that builds components layer by layer without melting the material, unlike traditional fusion-based methods. By harnessing frictional heat and mechanical stirring, this technique produces fully consolidated parts with refined microstructures, superior mechanical properties, and minimal residual stress. SolidStir® AM is particularly well-suited for processing high-performance alloys, dissimilar materials, and temperature-sensitive metals that are challenging for conventional additive processes. The result is dimensionally stable, high-integrity parts ideal for critical applications in aerospace, defense, automotive, and energy sectors. With reduced porosity and improved interlayer bonding, SolidStir® AM pushes the boundaries of what’s possible in advanced manufacturing.

SolidStir® Extrusion

SolidStir® Extrusion is an advanced solid-state manufacturing process that transforms metal feedstock—such as powders, chips, or recycled scrap—into fully consolidated extrudates without melting. By leveraging frictional heat and intense plastic deformation, this continuous process produces dense, fine-grained extrusions with superior mechanical properties and excellent surface finish. Unlike conventional hot extrusion, SolidStir® operates at significantly lower temperatures, which reduces energy consumption and preserves material integrity. The process eliminates the need for lubricants or die heaters and supports high material utilization, making it ideal for sustainable manufacturing. SolidStir® Extrusion is particularly effective for processing lightweight and hard-to-extrude materials like aluminum alloys, magnesium, and metal matrix composites. It also enables dissimilar or gradient material extrusion, opening new possibilities in the design and production of structural components for aerospace, transportation, and circular economy applications.

Quality from Start to Finish

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Better

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Faster

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Economical

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Sustainable

Media

Academic collaborations and partners supporting the technology development:

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