TECHNOLOGY

Worldwide oil production is peaking as we speak, and will soon begin a permanent and precipitous decline that will completely change the character of civilization, as we know it within 20 years.
For decades the Electrical & Electronic industries have taken advantage
of high performance AMORPHOUS METAL materials in the design and manufacture of components and products. Amorphous Metals are man-made ribbons of powdered metal that are generally impregnated onto glass substrates and due to their purity and molecular consistency, they offer far lower energy losses in magnetic fields and electron flow physics. They are widely used in transformers and electronic components. Often the amorphous materials are called "Glassy Metal", "Metglas" , Vitrovac (and Vitroperm) within the trade.
The use of these materials is so widespread that scale economies exist for any new product applications. The downside of these materials however, is that they are extremely hard and brittle and have only been practically applicable where they can be used in flat or rolled geometric shapes. Cutting them, bonding them, and annealing them have been problematic and costly and there have been no practical answers to these issues put forth to date.

Because electric motors represent the single largest application for the consumption of electric power, it has long been hoped that some day, these materials would be able to be used in the manufacture of electric motors. All approaches proposed to date have had such wide sweeping retooling and infrastructure costs to the manufacturers of motors that it has been financially impractical in spite of the staggering impact they would have on world economy by cutting energy consumption easily in excess of 10%

We have developed a precise, fast, and economical means of producing components from the Amorphous Metals, and have produced prototypes that demonstrate these important breakthroughs.