Rolla, Missouri, July 11, 2006 - Brewer Science, Inc. - Continuing with twenty-five years of providing solutions to our lead-edge customers, Brewer Science is introducing a novel product set to the compound semiconductor and MEMS industries. The new WaferBOND(TM) product set allows higher temperature process latitude and increased processing that is more robust than existing alternatives.
Benefits of using the WaferBOND(TM) temporary coating product set include its resistance to solvents, its ability to withstand temperatures up to 200°C and its ease of removal. The stability of the temporary bonding material, once it is bonded, makes rework unnecessary if process flow is interrupted.
The WaferBOND(TM) temporary coating product set is one of the many product lines offered by Brewer Science. Other products include ARC® anti-reflective coatings for state-of-the-art photolithography applications; novel specialty materials for MEMS and optoelectronics; prototype coating services; Cee® bench-top spinners, coaters and hot plates; and TALON(TM) track systems for wafer processing.
About Brewer Science
Brewer Science, a multi-divisional technology company, has pioneered industry-enabling innovations from ARC® anti reflective coatings to ProTEK(TM) temporary etch protective coatings. Following on its long tradition of being first to introduce and implement cutting edge technologies, Brewer Science is proud to introduce WaferBOND(TM) temporary wafer bond coatings. Brewer Science is a major producer of high-quality material, process, and machine solutions that meet the stringent requirements of today's IC, compound semiconductor, MEMS, and optoelectronic industries. Under the leadership of Dr. Terry Brewer, president and founder, Brewer Science continues to develop innovative technologies, reliable products, and responsive services, each attuned to the specific needs of individual customers.
Further information on the technology and product information from Brewer Science can be obtained via the company's website at www.brewerscience.com.
Patti Shaw -firstname.lastname@example.org,