AppliedUS Corporation is the exciting new brand on the superhighway to science’s
most creative developments in materials processing and complex-device
manufacturing.

Founded in 2006 in Southern California,
AppliedUS is currently developing a
number of innovative products in the clean-energy and earth-friendly areas, with
breakthrough solutions in energy conversion and storage devices including, but not
limited to, hydrogen fuel cells, supercapacitors, batteries, electrolyzers, and even
solar photovoltaic cells.

The timing for these innovations couldn't be more opportune.

AppliedUS is an especially viable enterprise because we are not bogged down in
marginal improvements of old designs and methods, but rather we've actively
developed new manufacturing techniques based on our own definition of
“manufacturing.” All too often, looking too closely at technological problems
produces only incremental improvements, not breakthrough solutions.
AppliedUS is
the home of such breakthrough forward thinking.

As we launched this Company, we asked the relevant questions and arrived at far
superior solutions than did our competitors. In essence, we decided that by
replacing the present technology of manufacturing, rather than improving it, we
could create significant new advances in the design and production of complex
devices, materials processing techniques and material properties.

We are presently poised to make a major difference in energy-conversion and
storage devices.
Home
Contact Us
Team
Products
Technology
APPLIEDUS CORPORATION
HOME PAGE
This scanning electron
microscope image of an oxide
coated channel was created in
solid metal. Here it is
magnified 1,500 times the
actual size.
Such "impossible" tasks
demonstrate a critical feature
of the energy devices
manufacturing process we
have innovated.
These complex shaped iron,
nickel, and titanium alloy parts
were consolidated from
atomized powders. They are
impossible to manufacture by
any other known method. They
were produced without the use
of shaped hard dies or
machining.