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Updated: February 9th, 2010 11:09 AM EDT

Basler's In-Line Metrology Solutions Secure Premier Quality of Sunfilm Solar Modules

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Basler AG
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Sunfilm (Großröhrsdorf, Germany) has integrated three in-line Metrology solutions from Basler Vision Technologies (Ahrensburg, Germany) into their Applied Materials SunFab Thin-Film Line for photovoltaic modules. Sunfilm not only inspects incoming glass, but also incorporated two further test steps in order to provide best-in-class products. In addition to the glass inspection, Sunfilm is using Basler's Sensic inspection equipment to ensure highest quality of the semiconductor coatings on thin-film modules (CVD) as well as to ensure premier quality of the final product after the lamination process is finished. This 100% quality inspection before and after relevant processing stages goes beyond the approach of other PV module manufacturers and secures Sunfilm a decisive competitive edge.

Basler metrology solutions have been successfully used for the LCD inspection for the last 10 years and have been adapted and optimized to the thin-film industry.

All three Basler Sensic inspection systems are in-line-systems. They were installed and put into operation with minimal downtime, since Sunfilm's SunFab line was operating in series production throughout the complete integration process. The data exchange between the SunFab's Factory Automation system and Basler's metrology system is realized via the standard industry protocol SECS/GEM, which allows an online and in-time data exchange.

"Sunfilm is again demonstrating its technological edge and commitment to constant innovation and latest state-of-the-art process control with the implementation of this new generation of inspection tools, developed together with Basler," says Dr. Wilhelm Stein, Chief Engineer at Sunfilm.

Sunfilm is the first Applied Materials customer using tandem junction thin-film silicon cell structure. This technology allows a larger part of the solar spectrum to be harvested as compared to amorphous silicon thin-film solar modules, leading to higher module efficiencies.

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