Amorphous alloys offer stability under static and fatigue load, providing excellent biomechanical performance in dental applications.

They exhibit high durability, with enhanced wear resistance and the potential for miniaturization through higher strength.

These alloys demonstrate remarkable biocompatibility, promoting favorable bone-implant interaction and offering high corrosion resistance.

In the field of dental implants, amorphous metals offer functional surfaces, patient-specific designs, and less invasive therapies, improving the healing process and implementation efficiency.

Amorphous alloys address previously unsolved challenges, particularly in terms of their mechanical properties, addressing the biomechanical stresses implants experience during jaw movement.

Heraeus AMLOY's expertise in near-net-shape manufacturing technologies allows for the production of high-quality, efficiently designed amorphous components, surpassing conventional materials in terms of durability, elasticity, and strength.

Optimization in dental applications extends design possibilities, withstands high biomechanical stresses, shortens healing processes, and prolongs implant lifecycles through less invasiveness and potentially reduced maintenance requirements.

The exceptional properties of amorphous metals, combined with Heraeus AMLOY's materials technology expertise, bring significant advancements to the dental field, improving patient outcomes and promoting overall oral health.