The 3D printer produces customized amorphous implants which have the strength required on the one hand yet are flexible enough on the other to go along with and absorb movements. Furthermore, the porous surface structure produced in additive manufacturing facilitates bone on-growth. Compared to other materials, the surface quality of 1 micrometer directly after printing is significantly better. A real advantage if the implant is to be removed again.

Optimum transmission is decisive for guitar bridges. As amorphous metals are very elastic, they transmit a note more directly and hold it for longer. The high strength of amorphous metals also opens up new design freedoms: customized, bionic structures can be 3-D printed, improving the sound even more.

The Swedish company Oskar Pascal has produced the first watch case in the world made of ZR01 metal, which is three times stronger than stainless steel. The high surface quality satisfies the customers' demands and contributes significantly to its owner's emotional connection with the lifestyle watch. Undercooling (supercooling) achieves a much higher level of anti-corrosive agent compared to conventional cast metal as well as outstanding fracture toughness.

The housing of the IE 600 in-ear headphones from Sennheiser is 3D printed with a zirconium alloy and is three times harder and more resistant to bending than heavy duty steel. The result meets the highest demands in terms of appearance and function: The semi-matt surface is not only visually appealing, but also extremely durable against corrosion and scratches.

The expansion sleeve can be greatly improved by 3D printing of amorphous metals. As the amorphous alloys achieve a much higher elasticity than conventional materials, it can deform much more easily.