Our in-house developed amorphous zirconium alloys offer a variety of advantages due to their lack of atomic structure compared to conventional materials. Learn more about their mechanical properties and the resulting benefits!

Our near-net shaping processes, such as 3D printing and injection molding, provide precision, miniaturization, and weight reduction tailored to your specific requirements. Learn more about how these processes and our material can benefit your project.

Amorphous metals can be used in various industries and offer benefits such as lightweight construction, high strength, corrosion resistance, and miniaturization capabilities. Discover how amorphous alloys can enhance your product development and innovation efforts.

Due to their unique disordered atomic structure, amorphous metals exhibit exceptional elastic properties, making them highly valuable for a wide range of applications. Learn more about the advantages of amorphous metals!

Offering remarkable biocompatibility, amorphous alloys have gained attention for biomedical applications. Studies demonstrate their positive effects on cellular migration and bone formation, promoting effective tissue regeneration. Learn more about the advantages of amorphous metals!

Amorphous metals, especially zr-based ones, exhibit comparable fatigue strength to crystalline materials and are ideal for heavy-duty applications as well as precise vibration control and wear-resistant applications. Learn more about the advantages of amorphous metals!

Amorphous metals offer unique solutions for extreme robot applications, particularly in space. Explore how these materials are revolutionizing robot design in extreme environments.

_{*only available in German}