Latest News: AccuStrata was selected "The
Maryland Incubator Company of the year
2008"
Maryland Incubator Company of the year
2008"
We help our customers design and mass manufacture
multi-layer thin films with extremely precise thickness,
electrical, thermal and spectral properties and achieve
high manufacturing yield.
multi-layer thin films with extremely precise thickness,
electrical, thermal and spectral properties and achieve
high manufacturing yield.
AccuStrata, Inc
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WHAT SETS US APART FROM THE REST
AccuStrata is a startup company located at the University of
Maryland MTECH business incubator. It was founded in 2007
by several distinguished professionals in the areas of
optics, lasers, metrology and thin film technology.
We are leaders in providing solutions for managing the
manufacturing yield, lowering cost and saving energy in the
mass manufacturing of new generation thin film products
such as high efficiency solar cells, high resolution displays,
optical thin films, photonic crystals and nano-structures.
Maryland MTECH business incubator. It was founded in 2007
by several distinguished professionals in the areas of
optics, lasers, metrology and thin film technology.
We are leaders in providing solutions for managing the
manufacturing yield, lowering cost and saving energy in the
mass manufacturing of new generation thin film products
such as high efficiency solar cells, high resolution displays,
optical thin films, photonic crystals and nano-structures.
387 Technology Drive,
Suite1100,
University of Maryland
TAP Building,
College Park, MD 20742
TEL: (301) 314-2116
FAX: (301) 314-9592
Suite1100,
University of Maryland
TAP Building,
College Park, MD 20742
TEL: (301) 314-2116
FAX: (301) 314-9592
Our enabling process
control technology is
used to manufacture a
variety of next
generation thin film
devices, nanostructures,
metamaterials, band-gap
structures,
apodized-index coatings,
coatings with modulated
optical thickness etc.
control technology is
used to manufacture a
variety of next
generation thin film
devices, nanostructures,
metamaterials, band-gap
structures,
apodized-index coatings,
coatings with modulated
optical thickness etc.
The deployment of our process control technology in solar
cell production immediately increases the efficiency of
silicon and thin film solar cells without changing the
deposition technology.
In addition we have our own coating capabilities, which
include
Dual Ion Beam Sputtering
Plasma Assisted Electron Beam Evaporation
Ion Etching
Atomic Layer Deposition
cell production immediately increases the efficiency of
silicon and thin film solar cells without changing the
deposition technology.
In addition we have our own coating capabilities, which
include
Dual Ion Beam Sputtering
Plasma Assisted Electron Beam Evaporation
Ion Etching
Atomic Layer Deposition
Photo by Tracey Brown