Dr. Terry Brewer’s discovery of anti-reflective coatings resulted in a revolution in the global microelectronics industry and ushered in today’s high-speed, lightweight electronic devices.
Learn MoreAdvanced materials for the protection and enhancement of optics, displays, and other microelectronics.
Learn MoreOur line of products stretches across the whole spectrum of lithography wavelengths and is the most comprehensive product lineup in the industry.
Learn MoreAt Brewer Science, we are focused on delivering critical, real-time information to our customers to help them achieve their goals, solve their problems, and improve their current systems.
Learn MoreBrewer Science is revolutionizing packaging solutions with innovative bonding and debonding technologies.
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Difference between Liquid Chromatography and Gas Chromatography Chromatography is a process for separating components of a mixture for analysis. This is a component of our small molecule analysis testing and plays a critical part in Identifying and quantifying impurities. It is also crucial in screening raw materials for identification, to ensure the quality and safety…
Click Here to Read MoreSTEM (science, technology, engineering, and math) careers are the foundation of innovation, and they include much more than scientists wearing white coats and working in laboratories. Aircraft mechanics, software developers, marine architects, and astronomers all require STEM-related education. Unfortunately, the United States has fallen behind other industrialized nations in preparing its youth for in-demand STEM…
Click Here to Read MoreBrewer Science is on the forefront of the semiconductor industry, continually seeking ways to minimize defects and increase efficiency to better serve customers with a complete solution. Continually pushing customers’ expectations to unprecedented heights, Brewer Science is recognized as an industry expert. Tom Brown, Executive Director of Manufacturing and Engineering, and Julie Ply, Director of…
Click Here to Read MoreBrewer Science works to increase opportunities for STEM education and boost overall interest in STEM-related careers because both we and our customers greatly benefit from STEM success – locally and internationally. As STEM careers grow, we are able to collaborate with other companies and universities to produce new technology at a faster pace. Generate new…
Click Here to Read MoreCollege students aiming toward advanced technology careers come from all over the globe in hopes of landing internships with Brewer Science. Why? Because BSI’s Global Intern Program is top-notch in terms of offering comprehensive, hands-on, professionally led learning opportunities. The program is fed by aggressive recruitment at some of the best-known technology and engineering schools…
Click Here to Read MoreSTEM is an acronym used to represent the fields of science, technology, engineering, and math. The STEM acronym originated during an interagency meeting on science education at the National Science Foundation, and it is frequently discussed in debates about education and how to prepare more qualified candidates for high-tech jobs. STEM education and jobs include…
Click Here to Read MoreAs part of the manufacturing and innovation industry, Brewer Science relies on the growth of STEM education, jobs, and overall interest in the subjects to maintain our business model in the U.S. Our president and founder, Dr. Terry Brewer, addresses three main initiatives to help ensure the growth of STEM: Expand STEM opportunities in the…
Click Here to Read MoreMay 8-10, 2018 Raleigh Convention Center Raleigh, North Carolina Description: The Manufacturing & Technology Conference & Expo is hosted by Industry Week and is the only event designed to keep manufacturing decisionmakers at the forefront of a fast-evolving landscape in the new digital era. SPEAKER INFORMATION: Title: Apply Continuous Improvement Methodologies to Improve Yield in…
Click Here to Read MoreThe essence of biometrics is using physical characteristics that are unique to each individual to identify one person from billions of others in the world. Early biometrics were somewhat low-tech; for example, fingerprinting originally required nothing more than some ink, a magnifying glass and a human who knew how to “read” the prints. Today’s biometrics…
Click Here to Read MoreOctober 29-November 2, 2017 Tampa, FL Don’t miss our presentation Materials and Methods for Bottom-Up Semiconductor Device Manufacturing by Selective Surface Modification, Reuben Chacko, J. Lowes, J. Dai, S. Brown, D. Sweat, Brewer Science, Inc. 2D Materials Poster Session, November 2, 2017, 6:30 PM Abstract: In order to extend Moore's Law, device makers are looking…
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