(Nasdaq: NANO), a leading supplier of advanced process control metrology
systems used primarily in the manufacturing of semiconductors, solar photovoltaics
and high-brightness LEDs, today announced the launch of its TSMTM integrated
metrology system. The latest in Nanometrics' Trajectory product line,
the TSM is designed to rapidly measure the thickness of various thin films in
order to enable fast feedback and excursion prevention in the manufacture of
all types of solar photovoltaic (PV) cells, and further expands Nanometrics'
metrology system footprint into the segment of rough and textured PV film layers.
"Every solar PV cell manufacturing line has unique process control challenges
due to the engineered films that are deposited," commented Tom Ryan, Director
of the Materials Characterization Business Unit at Nanometrics. "The launch
of the TSM system expands our addressable market into the textured and rough
films segment of the solar PV industry. The TSM is optimized for film measurement
on high throughput processes, enabling control on textured crystalline silicon
cells, complex multi-junction thin film silicon cells and high-roughness CIGS
(copper indium gallium (di)selenide) and cadmium telluride (CdTe) films."
Leveraging Nanometrics' leadership position and experience in integrated
process control solutions, the TSM enables direct integration in solar cell
manufacturing lines to enable process control of critical layers. Nanometrics
has optimized the Trajectory product to provide robust and precise metrology
on today's most complex thin film solar materials and can be incorporated
to measure in atmospheric and vacuum systems. The rapid measurement time of
the Trajectory systems can keep pace with any type of cell manufacturing line,
enabling measurement of 100% of the products at numerous points throughout the
flow, including junction, buffer, and absorber layers, antireflective coatings,
and transparent conducting oxides (TCO).