Nanosolar technology start-up company's design and product innovations produce solar cells that can be as efficient and last as long as conventional silicon solar cells. The key part of the company's technology is that it can "print" (coat with a chemical solution) the most expensive layers of a solar cell. Founded in 2002, Nanosolar received financial backing from leading technology investors, including Benchmark Capital, Stanford University, and Mitsui & Co.

GE Energy is an electrifying descendant of Edison's light bulb and a global leader in the design, manufacture, installation, and maintenance of gas, nuclear, wind, and steam-driven power generation plants. One of General Electric's largest divisions, GE Energy serves utility, industrial, and governmental customers worldwide, supplying products such as compressors, turbines, generators, and nuclear reactors. It also provides equipment that supports oil and gas distribution, and services ranging from consulting and field engineering to environmental monitoring and product lifecycle management.

Douglas Battery makes electricity possible in places where wires would be inconvenient. The company's products include motive power and stationary batteries for forklifts, wheelchairs, portable medical equipment, and even Arctic-condition backup power supplies. Its stationary racking system stacks batteries safely. Pushed by rising costs for fuel and steel and overseas competition, Douglas Battery sold its auto division to rival East Penn Manufacturing in 2005. In early 2010 the company sold its remaining industrial batteries business to EnerSys.

Everett Charles Technologies, Inc. engages in the development, manufacture, and sale of technology board test products. It offers contact probes for testing bare and loaded printed circuit boards, as well as standard and custom contacts for the ATE industry and original equipment manufacturer applications, such as IC, DUT, BGA, PGA, LGA, interface, double ended fine pitch, and anti-walkout. The company also offers various semiconductor test products, including test sockets, performance boards, probe card blanks, spring probes, IC handlers, and contractor designs. In addition, it provides applications solutions for interconnect substrate test, including fixture fabrication for bare board testers, fixture supplies, testing, data prep, and test floor productivity and process control for bare board test equipment; and bare PCB test probes, loaded PCB test probes, semiconductor probes, and tools. It has manufacturing facilities in the United States, Europe, Japan, and Taiwan. The company was founded in 1965 and is headquartered in Pomona, California with sales offices in the United States, Germany, and Japan. Everett Charles Technologies, Inc. operates as a subsidiary of Dover Corp.

Eltek never gets bored with printed circuit boards (PCBs). The company makes custom PCBs, including rigid multilayered boards with up to 30 layers. PCBs, which are used to connect devices such as microprocessors and memory chips, are found in most types of modern electronic gear. Eltek also makes flexible and flex-rigid boards out of high-performance substrates and glass epoxies. The company's PCBs are used in a variety of electronic devices, including components of aerospace, computer, industrial, medical, military, and telecommunications systems. Eltek manufactures PCBs in Israel and Germany, while importing PCBs from Asia for high-volume production runs.

Applied Science Products, Inc., (APLD.PK), formerly Flight Safety Technologies, Inc., is a technology company dedicated to the development of products that provide unique solutions to the marketplace. ASP conducts business through its two operating subsidiaries, Advanced Plasma Products, Inc., ("APP") and Cummins Family Produce, Inc., ("CFP"). In September 2008, The company licensed proprietary plasma technology from the University of Tennessee Research Foundation (UTRF) and simultaneously organized Advanced Plasma Products, Inc., as the commercial entity to develop this patented technology. Applied Science acquired the assets of the predecessor licensee and retained key employees as well, providing an immediate organizational structure to begin product development activities. Finally, the company brought in new senior management with expertise in developing and commercializing early stage technology.

Virtium Technology makes memory chips and modules for information storage. Some of the customers they serve are in the medical, wireless, military, and gaming industries. Virtium makes custom modules and provides design and engineering services. Virtium Technology company was founded in 1997 by CEO Phu Hoang and CTO Chinh Nguyen. Virtium is owned by its officers. To help customers specify motherboards for their products, Virtium Technology company has launched a Web site at RAMpedia.com.

Nanya Technology Corp. is principally engaged in the manufacture, development and sale of memory products. The Company primarily offers dynamic random access memory (DRAM) chips, including double data rate (DDR) DRAM chips, DDR2 DRAM chips and DDR3 DRAM chips; DRAM modules, such as 200-pin DDR small outline (SO) dual in-line memory modules (DIMMs), 184-pin registered and unbuffered DDR synchronous dynamic random access memory (SDRAM) DIMMs, 200-pin DDR2 SODIMMs, 240-pin unbuffered and registered DDR2 SDRAM DIMMs, 204 pin DDR3 SODIMMs, 240 pin unbuffered and registered DDR3 SDRAM DIMMs and others. DRAMs are used as data storage units for computer, communications and consumer (3C) products.

TTI was founded in 1971 and is based in Fort Worth, Texas. TTI, Inc. distributes passive, interconnect, and electromechanical components for industrial, military, aerospace, and consumer electronic manufacturers. It offers cable management products, resistors, capacitors, connectors, circuit protection products, filters, magnetics, pots and trimmers, relays, sensors and encoders, sound devices, and switches. The company also offers timing devices, potentiometers, wires and cables, wire management products, identification products, application tools, and electromechanical devices, as well as a range of passives and interconnect line card. In addition, it provides packaging, labeling, marking, lead preparation, documentation, connector, and other component value-added services; a range of products and services that assist customers in managing their supply chain online and in real time; extranet services; and passive and electromechanical technology and market information online. It has locations in North America, Europe, and Asia.

Beckman Coulter, Inc. provides biomedical testing instrument systems, tests, and supplies for clinical laboratories worldwide. The company manufactures chemistry systems, such as routine chemistry systems that use electrochemical detection, chemical reactions with patient samples to detect and quantify substances of diagnostic interest in blood, urine, and other body fluids; and point of care testing products comprising rapid diagnostic test kits and hematology instruments that give physicians information to manage patients. It also provides immunoassay systems performing tests that assess thyroid function, screen and monitor for cancer and cardiac risk, provide information in fertility and reproductive testing, and monitor factors associated with anemia, blood viruses, and infectious disease; and molecular diagnostics that includes testing for infectious diseases, genetic diseases, and disorders, human cancers, and pharmacogenics. Beckman Coulter offers cellular systems for clinicians, such as hematology systems to study formed elements in blood, such as red and white blood cells and platelets; coagulation systems offering information to diagnose bleeding and clotting disorders and to monitor anticoagulant therapy; and flow cytometry systems used in applications in basic research, clinical research, and drug discovery. The company's life science products and services comprise life sciences automation products, centrifugation, and life science tools. It sells its products through sales organizations and independent distributors to hospitals, physician's offices, reference laboratories, pharmaceutical and biotechnology companies, universities, medical schools, and research institutions. The company was formerly known as Beckman Instruments, Inc. and changed its name to Beckman Coulter, Inc. in April 1998 as of result of acquisition of Coulter Corporation. Beckman Coulter was founded in 1934 and is headquartered in Brea, California.

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