We invented and developed a new metallic and ceramic powder manufacturing technology.

Our metallic and ceramic powders are composed of unique particles that, when mixed with binder polymer, form highly flowable feedstocks that are flawlessly printed into high-quality metallic and ceramic parts using FDM printers (which are made for printing plastic materials).

 

Moreover, our cutting-edge powder-making technology is the first to enable the dispersion side by side of different metals and alloys to compose endless new metallic and ceramic raw materials for additive manufacturing. Yes, we can easily print stainless steel, titanium, copper, aluminum, or any known metal and alloy powder and feedstock already in the market, + new metals that are not yet used in additive manufacturing.

 

However, we can also make endless hybrid powders that compose mixes of any metals, for example, a powder and feedstock consisting of 50% of any stainless steel + 15% of titanium + 15% copper + 20% aluminum. This enables us to form and offer customers innovative, new materials tailored to their use that combine and express the characteristics of the metals the mixed material consists of in the parts made of them. For example, the formed printed or powder-injected molded part's heat tolerance, heat conductivity, strength, weight, electrical conductivity, magnetism, etc.

 

Mixing together two or more different metals to form a better material is an old paradigm utilized by man beginning 5000 years ago when copper alloyed with tin (CuSn) made a new metallic material termed bronze that was harder and more durable than other metals available at the time.