ASM International N.V. is a leading supplier of semiconductor process equipment in both front- and back-end markets. The Company possesses a strong technological base, state-of-the-art manufacturing facilities, a competent and qualified workforce and a highly trained, strategically distributed support network. Each of ASM International's major products are qualified for 300mm wafer processing. This and other leading-edge process and equipment developments ensure ASM International a position of strength and growth for many years. ASM International and its subsidiaries provide production solutions for wafer processing, assembly and packaging of semiconductor devices through their facilities in the United States, Europe, Japan and Asia. The Company is headquartered in Almere, The Netherlands.

Broadley-James manufactures measurement and control instruments and accessories for use in bioprocess and fermentation applications. The company's BioNet product line includes a bioreactor, a controller, a motor controller, and a utility tower. Each controller can network and control several dozen bioreactors. Broadley-James was established in 1967 by Leighton Broadley (CFO), Marcile Broadley, and Richard James. James left the business in 1976. The company has operations in California and Pennsylvania, and overseas in the UK. Broadley-James is owned by its senior officers.

Shanghai Electric engaged in the design, manufacture and sale. The company can provide system equipment and general contract projects. Its Products range over power generation equipment, power transmission and distribution equipment, electromechanical integration equipment, transport equipment, machine tools, elevators, package and print machinery, environmental protection equipment etc., Now Shanghai Electric has become a first-tier domestic and world class equipment manufacturing conglomerate.

Cubic Transportation Systems, Inc. is the world's leading turnkey solution provider of automated fare collection systems for public transport including bus, bus rapid transit, light rail, commuter rail, heavy rail, ferry and parking. Cubic's solutions and services include system design, central computer systems, equipment design and manufacturing, device-level software, integration, test, installation, warranty, maintenance, computer hosting services, call centre services, card management and distribution services, financial clearing and settlement, multi-application support and outsourcing services.

BTU International, Inc. was founded in 1950 and is headquartered in Billerica, Massachusetts. BTU International, Inc. (BTU) is a supplier of thermal processing equipment to the alternative energy and electronics manufacturing markets. BTU equipment and processes are used in the production of solar cells, nuclear fuel and fuel cells, as well as in printed circuit board assembly and semiconductor packaging. In the solar market, BTU offers processing equipment for both silicon and thin film photovoltaics. In thin film photovoltaics, BTU’s equipment is used for both the copper indium gallium selenide (CIGS) and cadmium telluride (CdTe) processes. Silicon photovoltaic applications are served by BTU’s metallization furnaces and in-line diffusion systems. Also in alternative energy, its customers use its thermal systems for the processing of nuclear fuel and the manufacturing of fuel cells. The Company’s convection solder reflow systems are used to attach electronic components to the printed circuit boards, primarily in the surface mount segments of this market.

Elpida Memory, Inc. was founded in 1999 and is headquartered in Tokyo, Japan. Elpida Memory, Inc. designs, manufactures, markets, and sells dynamic random access memory (DRAM) integrated circuits in Japan and internationally. The company provides DRAM solutions for various applications, including personal computers, servers, mobile phones, digital consumer electronics, and other information communication and electronic equipment. The company was formerly known as NEC-Hitachi Memory, Inc. and changed its name to Elpida Memory, Inc. in May 2000.

Chloride company makes power protection products, such as uninterruptible power systems (UPS), that provide power protection to critical systems in the information technology, telecommunications, and financial services industries. Chloride's patented LIFE.net (Long distance Insurance for Energy) system allows the company's service centers to monitor clients' power usage remotely and to detect any abnormalities that arise. Customers include BP, Barclays, IKEA, IBM, Microsoft, Morgan Stanley, and Total. Chloride gets more than two-thirds of its sales in Europe.

AXT, Inc., together with its subsidiaries, designs, develops, manufactures, and distributes compound and single element semiconductor substrates for wireless communications, lighting display applications, and fiber optic communications applications. The company offers semi-insulating substrates made from gallium arsenide, which are used in power amplifiers and radio frequency integrated circuits of wireless handsets; direct broadcast televisions; high-performance transistors; and satellite communications applications. It also provides semi-conducting substrates made from gallium arsenide that are used for applications in light emitting diodes, lasers, and optical couplers; substrates made from indium phosphide used in broadband and fiber optic communications; and substrates made from germanium used in satellite and terrestrial solar cells and for optical applications. The company manufactures its semiconductor substrates using its proprietary vertical gradient freeze technology. AXT, Inc. sells its products through direct sales force in the United States, as well as through independent sales representatives in France, Germany, Japan, South Korea, Taiwan, and the United Kingdom. The company was formerly known as American Xtal Technology, Inc. and changed its name to AXT, Inc. in July 2000. AXT, Inc. was founded in 1986 and is based in Fremont, California.

CEM is a company based on innovation that touches many different industries and scientific disciplines. CEM helped pioneer the field of microwave chemistry and have long been recognized for expertise on the subject through publications and awards. For more than 30 years, CEM have been designing and developing laboratory instruments and scientific methods (both microwave-based and non-microwave technologies) that are used by major companies, prestigious research institutes, and universities around the world.

NANMAC pioneered true part temperature measurement for plastics, metal or glass; furnace temperatures to 4200 degrees F for prolonged periods, temperatures of a moving wire, fiber, or thread, plastic coating temperature on a paper cup, and surface temperatures of automobile and locomotive disk brakes--just to name a few. NANMAC's design team strikes a critical balance between art, science and engineering which leads to solutions that benefit our industrial and research clients, and the world at large. If your company employs unique processes, and requires temperature measurement on a regular basis, chances are we can be a great resource to help you do a better job with measurement accuracy, response time, and reliability, all leading to better results for you and your customers.

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