Ceramics Process Systems Corporation

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Commenting on this latest patent, Richard W. Adams, Senior Vice-President and Chief Technical Officer, said, “Our unique technology provides many armor design variants, and we continue to invent in this market space as we discover new materials to combine with our process in an array of applications.

CPS Technologies has been the leading producer of metal matrix composites for thermal management of electronics for over twenty years and has produced millions of LIDS, IGBT’s and other specialized components which combine our unique Quickset™ performing capability (Silicon-Carbide particulate performs) with our casting processes. We have now expanded that capability by demonstrating components for mechanical, structural and armor applications. Shown below are a few examples.

Mr. Norwood brings more than 25 years of financial management experience in high-technology public companies. Previously he served as the VP/Treasurer and VP/Controller for Polaroid Corp. and the Vice-President and CFO for SatCon Technology (NASDAQ: SATC). Most recently he served as the President of Navigator Capital Advisors, LLC, a boutique financial consulting firm. He is a CPA and earned his MBA from the Darden School at the University of Virginia.

Norton, Massachusetts, August 15, 2011. CPS Technologies Corporation (OTCBB: CPSH), a provider of advanced material solutions, today announced revenue of $4.8 million and net income of $13 thousand or $0.00 per basic and diluted share for the fiscal quarter ended July 2, 2011. This compares with revenue of $5.2 million and net income of $450 thousand or $0.04 per basic share and $0.03 per diluted share for the fiscal quarter ended June 26, 2010.

For more than 20 years, CPS has been a leading supplier of metal matrix components for thermal management of electronics. Now CPS also offers aluminum metal matrix composite (Al-MMC) encapsulated ceramic tile HybridTech Armor as well as structural components primarily using fiber reinforcements. Our Al-MMCs tool box also includes hollow ceramic shell reinforcements creating syntactic foams, with density nearly half that of aluminum. Such syntactic foams can be combined with fiber reinforced layers to create unique Al-MMC structures.

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